CN109914332A - Ocean refuse pollution intelligent integral recycling equipment - Google Patents
Ocean refuse pollution intelligent integral recycling equipment Download PDFInfo
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- CN109914332A CN109914332A CN201910238850.8A CN201910238850A CN109914332A CN 109914332 A CN109914332 A CN 109914332A CN 201910238850 A CN201910238850 A CN 201910238850A CN 109914332 A CN109914332 A CN 109914332A
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- sea grass
- screen drum
- conveying
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- 238000004064 recycling Methods 0.000 title claims abstract description 52
- 238000012216 screening Methods 0.000 claims abstract description 256
- 241000544058 Halophila Species 0.000 claims abstract description 236
- 241000196324 Embryophyta Species 0.000 claims abstract description 90
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 86
- 239000004576 sand Substances 0.000 claims abstract description 81
- 239000000463 material Substances 0.000 claims abstract description 65
- 239000004575 stone Substances 0.000 claims abstract description 30
- 230000007246 mechanism Effects 0.000 claims description 72
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- Processing Of Solid Wastes (AREA)
Abstract
The invention discloses ocean refuse pollution intelligent integral recycling equipments, including car body, it is sequentially installed with and is shoveled into device, conveying device, sand filter, feeding lifting device, weight screening plant, at least one set of sea grass chopper set, sea grass screening plant, ratchel screening plant and shell screening plant on the car body.Structure of the invention design is reasonable, save the device space, each compact arrangement of equipment, first sand material on sandy beach is collected, fine sand therein is screened away, then, it is screened by weight screening plant, the easily natant material such as sea grass and light refuse is separated from the materials such as shell and stone first, then sea grass is minced again, is separated, realizes separating and collecting for sea grass and light refuse；And after the heavier feeds to sink under the water are separated, then ratchel therein separated, be finally separating out shell, broken shell and finger stone, realizes separating and collecting for heavier feeds on sandy beach.
Description
Technical field
The present invention relates to sandy beach rubbish cleaning equipment technical fields, specially at the recycling of ocean refuse pollution intelligent integral
Manage equipment.
Background technique
At present on the beach sandy beach opened, since there are many tourist, causes rubbish on sandy beach more, typically lean on
Cleanup crew picks up cleaning manually in time, but this mode can not remove the rubbish at sandy beach thoroughly, tie in the tourist season
Shu Hou, administrative department, which needs to arrange, largely manually carries out artificial filter to the sand on seabeach, screens out the impurity in sand, also has
Fractional unit carries out above-mentioned processing using mechanized equipment.But it can only also be confined in the processing for doing sand.The inside in sand simultaneously
There are a large amount of shell, sea grass to handle together with various non-renewable rubbish, cause the waste of flood tide, these shell sea grass etc. belong to
Present in sea handles by centralized collection and milling, nutriment chicken feed abundant can be made completely.
In addition, being also mixed with the various plastic garbages that cannot make feed in organic matter edible seaweed and shell, needing to screen
Individually processing.Such as: the typical plastic garbage such as plastic ties, unit of plastic, polybag.It needs to separate during collection.
Therefore, a sandy beach processing equipment is designed, sandy beach can be purified, also the organic substance in sandy beach can individually be received
Collect and processing of claying into power, becomes urgent problem to be solved.
Summary of the invention
The purpose of the present invention is to provide ocean refuse pollution intelligent integral recycling equipments, to solve above-mentioned background
The problem of being proposed in technology.
To achieve the above object, the invention provides the following technical scheme:
Ocean refuse pollution intelligent integral recycling equipment, including car body, be sequentially installed on the car body shovel into
Device, conveying device, sand filter, feeding lifting device, weight screening plant, at least one set of sea grass chopper set, sea
Careless screening plant, ratchel screening plant and shell screening plant；
The car body front lower portion is equipped with the conveying device being obliquely installed, and the car body upper front end is extended with longitudinal support
Frame is equipped with one group of reciprocating drive mechanism for driving cross beam frame to be moved forward and backward, the both ends setting of cross beam frame on longitudinal bracket
There is beam slide, beam slide slides back and forth cooperation in longitudinal bracket front end, and the lower end of cross beam frame is equipped with for shoveling sand
The shovel for entering conveying device input end enters device；
The discharge end of the conveying device and the feed end of sand filter are corresponding, the discharge end of sand filter with
The feed inlet of feeding lifting device is corresponding, and the discharge port of feeding lifting device is corresponding with the feed end of weight screening plant, described
The light material outlet end of weight screening plant is corresponding with the feed end of sea grass chopper set, the discharge end of sea grass chopper set with
The feed end of sea grass screening plant is corresponding；The sea grass screening plant include sea grass screening rack, fixed sea grass screen drum and
Rotary sea grass outer cylinder, rotary sea grass outer cylinder turning set are mounted in the periphery of fixed sea grass screen drum, fixed sea grass screen drum
Distribution is provided with sea grass leak hole in outer circumferential walls；
The heavier feeds outlet end of the weight screening plant is corresponding with the feed end of ratchel screening plant, ratchel sieve
The discharge end of screening device is corresponding with the feed end of shell screening plant；The shell screening plant includes shell screening rack, consolidates
Fixed pattern shell screen drum, rotary intermediate screen drum and rotary shell outer cylinder, rotary shell outer cylinder turning set is mounted in rotary
The periphery of intermediate screen drum, rotary intermediate screen drum turning set are mounted in the periphery of fixed shell screen drum, fixed shell screen drum
Distribution is provided with the first circle leak hole passed through for finger stone and broken shell, the outer circumferential walls of rotary intermediate screen drum in outer circumferential walls
Upper distribution is provided with the first strip leak hole passed through for broken shell.
As a further solution of the present invention, the reciprocating drive mechanism includes reciprocal connecting rod, rotating circular disk and past
Drive motor is answered, reciprocal drive motor is installed on the longitudinal direction bracket, the output end of reciprocal drive motor is equipped with rotational circle
Disk, the eccentric shaft turns connection on one end and rotating circular disk of the reciprocal connecting rod, the other end and crossbeam of reciprocal connecting rod
The attachment base rotation connection extended on frame；
Described shovel into device includes sliding rod frame and several groups scoop component, and the both ends top of the sliding rod frame is extended with slide bar
Frame swing arm, the both ends lower part of the cross beam frame are extended with crossbeam lower arm, and the end of crossbeam lower arm is equipped with scoop rotary actuator, shovel
The output end of sub- rotary actuator and the upper end of sliding rod frame swing arm are drivingly connected, and the lower end edge cross direction profiles of the sliding rod frame are provided with
Multiple slide bar mounting seats are equipped with scoop component in slide bar mounting seat；
The scoop component includes scoop elongation hydraulic cylinder, multiple flexible slide bars, sliding sleeve frame, scoop linking arm and shovel
Bucket, the flexible slide bar include being fixed on the flexible sliding sleeve of sliding sleeve frame upper surface and being fixed on stretching for slide bar mounting seat lower end surface
Contracting slide bar, flexible slide bar sliding are inserted into flexible sliding sleeve, and the upper end of the scoop elongation hydraulic cylinder is fixed on slide bar mounting seat
The lower end of lower end surface, scoop elongation hydraulic cylinder is fixed on sliding sleeve frame upper surface, and sliding sleeve frame lower end is fixed with scoop linking arm, scoop
The free end of linking arm is equipped with scraper bowl；
The free end of the scoop linking arm is extended with scraper bowl shaft, and scraper bowl is pacified by the scraper bowl hole rotation opened up on side wall
In scraper bowl shaft, the free end of scoop linking arm is also extended with limit plate corresponding with scraper bowl back wall, limit plate and scraper bowl
There are gaps between back wall；
The scraper bowl is internally provided with the rake for the rubbish such as sea grass to be dialled in conveying device, rake include rake seat board with
And distributing installation is extended with rake installation limit in the back arms inside several raking pawls of rake seat board lower end surface, the scraper bowl
Plate, the rake seat board centre are rotatably assorted with rake installation limit plate by rake pin shaft and are connect.
As a further solution of the present invention, the conveying device includes conveying shovel board, conveyer belt chassis, one group of conveyer belt
Rack and one group of conveyer belt side frame are connected, the conveyer belt chassis includes the side chassis of intermediate chassis and two sides extension,
The outer side edges of side chassis are fixed with conveying band connection rack, and two sides of the intermediate chassis at outlet end have upwardly extended
Backgauge side plate is equipped with intermediate conveyor belt component on intermediate chassis, side conveyer belt assembly, every side is equipped on the chassis of side
Conveying band connection rack be respectively and fixedly provided with the conveyer belt side frame being vertically arranged, the distance between two conveyer belt side frames are from input end
It is gradually reduced to outlet end, the rear end of conveyer belt side frame is aligned with the front side edge of backgauge side plate, is equipped on the inside of conveyer belt side frame
Side feed band component；The rear end of the conveying shovel board is extended with shovel board seat board, and shovel board seat board is fixedly connected with conveyer belt chassis,
Conveying shovel board and shovel board seat board junction are provided with the circular arc with intermediate conveyor belt component and the cooperation of side conveyer belt assembly front end
Accommodation groove；
The rear end of the conveying band connection rack is provided with vertical dovetail spline, and the car body front end is provided with and vertical swallow
The vertical dovetail keyway that tail spline is slidably matched, longitudinal direction bracket lower section are fixed with for driving entire conveying device to transport up and down
Dynamic conveying lifting cylinder is conveyed and is fixedly connected at the top of the telescopic end and conveying band connection rack of lifting cylinder；
The intermediate conveyor belt component includes one group of intermediate conveying shaft and suit being rotatably installed on intermediate chassis
It is equipped on the intermediate intermediate conveyor belt conveyed in shaft, intermediate chassis for driving a wherein centre conveying shaft rotation
Centre conveying motor；The side conveyer belt assembly include one group of side being rotatably installed on the chassis of side conveying shaft and
The side conveyer belt being sleeved in side conveying shaft, be equipped on the chassis of side for drive wherein side conveying shaft turn
Dynamic side conveys motor；
The side feed includes one group of side feed shaft being rotatably installed on the chassis of side and suit with component
Side feed band in side feed shaft is equipped on the chassis of side for driving wherein one side conveying shaft rotation
Side feed motor is provided with oblique type rubber skirt in the bottom side of side feed band.
As a further solution of the present invention, the sand filter includes pore screen drum, the setting of pore screen drum front end
There is mixing sand material import, fine ga(u)ge screen tube rear end is provided with the outlet of mixing sand material, is distributed and sets on the circumferential side wall of the pore screen drum
It is equipped with the sand material pore passed through for fine sand, the center axis of rolling is rotatably equipped in the pore screen drum, is arranged on the axis of rolling of center
There is helical blade, spiral hairbrush is fixedly installed in the outer side edges of helical blade, the rear end of pore screen drum is equipped with blade driving
Motor, the output end of blade driving motor and the end of the center axis of rolling are drivingly connected；
The center axis of rolling uses hollow axis body, is provided with hollow axocoel, the circle of the center axis of rolling in the axis of rolling of center
Leakage hole is evenly distributed on all outer walls, the front end of the center axis of rolling is connected to water supply mechanism；
The water supply mechanism includes water supply pump, and the outlet end of water supply pump is connected by the front end of rotary joint and the center axis of rolling
Logical, the input end of water supply pump is connected with water supplying pipe；
The free end of the water supplying pipe is also equipped with seawater filtering device；
Pore screen drum front end is provided with front end-plate, and the front end rotation of the center axis of rolling is threaded through on front end-plate, front end
The lateral surface of plate is extended with pump seat, and the water supply pump is fixedly mounted on pump seat；
The fine ga(u)ge screen tube rear end is provided with end plate, and the rear end thereof of the center axis of rolling is threaded through on end plate, described
Blade driving motor is fixedly mounted on the lateral surface of end plate；
Multiple screen drum connecting flanges are fixed on the outer wall of the pore screen drum, pore screen drum is solid by screen drum connecting flange
Dingan County is mounted in vehicle body.
As a further solution of the present invention, the feeding lifting device includes installation support ring frame on the car body, scrapes
Plate ring and driving mechanism is submitted, the scraper plate ring turning set is mounted in support ring frame periphery, scraper plate ring and support ring frame
Between surround annulus conveyor chamber, be evenly distributed with multiple scraper plates on the circumferential inner wall of scraper plate ring, scraper plate is by annulus conveyor chamber point
Multiple conveying separate spaces are divided into, the lower inner side wall of support ring frame offers feed inlet, and the upper end inner sidewall of support ring frame offers
Discharge port；Scraper plate gear ring is provided in the outer circumferential walls of the scraper plate ring, support ring frame upper end, which is extended with, submits drive seat, mentions
It send to be rotatably equipped in drive seat and submits driving gear, submit driving gear with scraper plate gear ring and engage connection, submit drive seat
Be also equipped on side wall for drive submit sliding tooth wheel rotation submit driving motor.
As a further solution of the present invention, the weight screening plant includes weight screening tank and lightweight object conveyer belt
Component is rotatably equipped with one group of weight conveying shaft in weight screening tank, is set with weight conveyer belt in weight conveying shaft, gently
Weight driving motor for driving wherein weight conveying shaft is installed on the lateral wall of weight screening tank；Weight screening tank
Rear end is diagonally-installed lightweight object transfer tape assemble, and the lightweight object transfer tape assemble includes lightweight conveyor frame, lightweight
Object conveyer belt, lightweight transmission shaft and lightweight driving motor, the both ends of lightweight conveyor frame are rotatably equipped with lightweight respectively
Shaft is transmitted, is set with lightweight object conveyer belt in lightweight transmission shaft, the outer surface of lightweight object conveyer belt is additionally provided with more
Row's rake hook, there are heavier feeds channel, lightweight objects between the bottom of lightweight object conveyer belt and the upper surface of weight conveyer belt
The top of body conveyer belt is corresponding with the feed end of sea grass chopper set, installs on the lateral wall of the lightweight conveyor frame useful
In the lightweight driving motor for driving wherein lightweight transmission shaft；
Also slide the heavy material baffle being provided with for blocking heavier feeds outlet, weight in the rear end of the weight screening tank
Be fixed with screening in weight screening groove sidewall above material baffle and be transversely mounted frame, screening be transversely mounted frame and heavy material baffle it
Between be connected with multiple backgauge compressed springs, the lower end that screening is transversely mounted frame is provided at least two groups backgauge electromagnet, heavy material
The upper end of baffle is correspondingly arranged at least two groups backgauge electromagnet；
Weight rack flange, weight rack flange and inclined-plane mesh screen are further fixed below the rear end of the weight screening tank
Mesh screen flange is fixedly connected, and mesh screen leakage hole is distributed in the surface of inclined-plane mesh screen, and the lower end of inclined-plane mesh screen and ratchel screening fill
The feed end set is corresponding；
The front end of the weight screening tank is also equipped with flushing machine, and flushing machine includes sequentially connected syringe pipe, punching
Wash water pump and flushing drinking-water pipe, the bottom for rinsing drinking-water pipe is also equipped with seawater filtering device；
The seawater filtering device includes and rinses water pipe head, the inner sleeve, company that drinking-water pipe or water supply tube end are connect
Female connector and net, the inner sleeve are rotatably installed in water pipe head by bearing, and the open end of water pipe head is further fixed on
The lower end fixing sleeve of bearing end decorative cover, inner sleeve is equipped with connector sleeve, and connector sleeve lower end is connected with net, encloses on net outer wall
Central axis distribution around connector sleeve is fixedly installed multiple arcs blade；Set tooth is provided on the upper end outer wall of the connector sleeve
Circle, the outer wall of the water pipe head, which is extended, blade drive seat, is rotatably equipped in blade drive seat and engages with set gear ring
Blade drive gear, knife drive motor is also equipped in blade drive seat, the output end and blade of knife drive motor drive
The shaft end of moving gear is drivingly connected.
As a further solution of the present invention, the sea grass chopper set includes mincing conveying frame, metal conveyor belt, chopping
Broken conveying shaft minces feeder motor and minces seat board, and described mince is rotatably equipped with one group and minces conveying in conveying frame
Shaft minces and is set with metal conveyor belt in conveying shaft, minces and be equipped on the lateral wall of conveying frame for driving wherein
One, which minces conveying shaft, minces feeder motor, mince be further fixed in conveying frame be used to support metal conveyor belt mince branch
Fagging；It is described to mince conveying frame cabane plate is fixed with by vertical frame plate, it is described mince seat board upper surface surrounding pass through it is multiple
Flexible slide bar is fixed on the lower end surface of cabane plate, is set in flexible slide bar and minces compressed spring, the lower end surface setting of cabane plate
Have it is multiple mince electromagnet, the upper surface for mincing seat board, which is correspondingly arranged on, multiple minces electromagnet, the lower end for mincing seat board
Face is equipped with multiple blade mounting bases, and multi-disc is equipped in blade mounting base and minces blade, adjacent edge mounting base minces knife
The arranged direction of piece is arranged in a mutually vertical manner；
The rear end for mincing conveying frame is also rotatably equipped with hairbrush shaft, and distribution is provided with multiple rows of use in hairbrush shaft
In the rolling hairbrush contacted with metal conveyor belt surface, minces and be equipped on the lateral wall of conveying frame for driving hairbrush shaft
Hairbrush driving motor.
As a further solution of the present invention, the fixed sea grass screen drum is fixedly mounted below sea grass screening rack,
The circumferential inner wall of the rotary sea grass outer cylinder is provided with the spiral hairbrush for contacting with fixed sea grass screen drum outer wall, institute
It states and is fixed with outer cylinder gyration gear ring among the outer circumferential walls of rotary sea grass outer cylinder, outer cylinder gyration gear ring is rotated by pivoting support
It is mounted below sea grass screening auxiliary framework, is also equipped on sea grass screening auxiliary framework for driving rotary sea grass outer cylinder to turn
Dynamic sea grass outer cylinder rotary motion mechanism；Sea grass screening separation screw mechanism is installed in the fixed sea grass screen drum.
The sea grass outer cylinder rotary motion mechanism includes outer cylinder revolution driving base, outer cylinder revolution driving gear and outer cylinder
Revolution driving motor, is rotatably equipped with outer cylinder revolution driving gear on outer cylinder revolution driving base, outer cylinder revolution driving gear with
The engagement connection of outer cylinder gyration gear ring, the output end of the outer cylinder revolution driving motor and the shaft end of outer cylinder revolution driving gear drive
Connection；
The sea grass screening separation screw mechanism includes sea grass screening separation rotation axis and sea grass screening separation driving electricity
Machine, sea grass screening separation rotation axis front end are rotatably installed in sea grass and screen on interior tube stent, and tube stent is fixed in sea grass screening
In fixed sea grass screen drum, the sea grass screening separation rotation axis rear end thereof is mounted in sea grass screening supporting baffle, sea grass
Screening supporting baffle is fixed on the rear end of fixed sea grass screen drum, and sea grass screening separation driving motor is mounted on sea grass screening support
On baffle, the output end of sea grass screening separation driving motor separates rotation axis with sea grass screening and is drivingly connected；The sea grass screening
Sea grass screening helical blade is fixed in separation rotation axis, the outer side edges of sea grass screening helical blade are fixedly installed sea grass screening
Spiral hairbrush.
The first conveyer mechanism is provided with below the discharge end of the fixed sea grass screen drum, the first conveyer mechanism goes out
Material is provided with garbage collection box below end；First conveyer mechanism include the first conveyor frame, one group of first transmission shaft,
First conveyer belt and the first transport motor are rotatably equipped with one group of first transmission shaft, the first transmission in the first conveyor frame
It is set with the first conveyer belt in shaft, is equipped on the lateral wall of the first conveyor frame for driving wherein one first transmission shaft
The first transport motor；
The second conveyer mechanism is provided with below the discharge end of the rotary sea grass outer cylinder, the second conveyer mechanism goes out
Material is provided with sea grass collecting box below end；Second conveyer mechanism include the second conveyor frame, one group of second transmission shaft,
Second conveyer belt and the second transport motor are rotatably equipped with one group of second transmission shaft, the second transmission in the second conveyor frame
It is set with the second conveyer belt in shaft, is equipped on the lateral wall of the second conveyor frame for driving wherein one second transmission shaft
The second transport motor.
As a further solution of the present invention, the ratchel screening plant includes ratchel screening rack, shell conveying
Rack, shell conveyer belt, shell conveying shaft, shell feeder motor, shaker pan and ratchel collecting box, the ratchel
Shell conveying frame is installed in screening rack, one group of shell conveying shaft, shellfish are rotatably equipped in the shell conveying frame
Shell conveying shaft on be set with shell conveyer belt, be equipped on the lateral wall of shell conveying frame for drive wherein a shell it is defeated
Send the shell feeder motor of shaft；Shell conveying frame upper end is also extended with vibrating screen rack, is provided with above vibrating screen rack
The shaker pan of inclination arrangement is connected with spring of vibrating screen, vibrating screen between the two sides side and vibrating screen rack of shaker pan
The two sides side of disk is also connected with vibration inserting column, and vibration inserting column vertical movable is inserted into vibrating screen rack, divides on shaker pan
Cloth is equipped with vibrating motor, and distribution is provided with the elongated sieve pore passed through for shell and finger stone, ratchel screening on shaker pan
Ratchel collecting box is also equipped in rack, ratchel collecting box is corresponding with the bottom of shaker pan；
The rear end of the shell conveying frame is also rotatably equipped with the first hairbrush shaft, is distributed setting in the first hairbrush shaft
There is multiple rows of first for contacting with shell conveyor belt surface to roll hairbrush, is equipped with and is used on the lateral wall of shell conveying frame
Drive the first hairbrush driving motor of the first hairbrush shaft；Leakage hole, shell conveying frame are distributed on the shell conveyer belt
Lower end offers leak notch.
As a further solution of the present invention, the fixed shell screen drum is fixedly mounted in shell screening rack, institute
The circumferential inner wall for stating rotary intermediate screen drum is provided with the first spiral hairbrush for contacting with fixed shell screen drum outer wall,
The outer circumferential walls front-end and back-end of the rotary intermediate screen drum are respectively and fixedly provided with intermediate screen drum gyration gear ring, intermediate screen drum rotary teeth
Circle is rotatably installed in shell by pivoting support and screens on the first auxiliary framework, and shell screens to be also equipped on the first auxiliary framework
For driving the first rotary motion mechanism of rotary intermediate screen drum rotation；The circumferential inner wall of the rotary shell outer cylinder is arranged
There are the second spiral hairbrush for contacting with the outer circumferential walls of rotary intermediate screen drum, the circumference of the rotary shell outer cylinder
Shell outer cylinder gyration gear ring is fixed among outer wall, shell outer cylinder gyration gear ring is rotatably installed in shell by revolving support and screens
On second auxiliary framework, shell screens second be also equipped on the second auxiliary framework for driving rotary shell outer cylinder rotation
Rotary motion mechanism；Shell screening separation screw mechanism is installed in the fixed shell screen drum.
First rotary motion mechanism includes the first revolution driving base, intermediate screen drum sliding tooth wheel and intermediate screen drum
Driving motor, is rotatably equipped with intermediate screen drum sliding tooth wheel on the first revolution driving base, intermediate screen drum sliding tooth wheel and intermediate
The shaft end of the engagement connection of screen drum gyration gear ring, the output end of the intermediate screen drum driving motor and intermediate screen drum sliding tooth wheel drives
Connection；
Second rotary motion mechanism includes the second revolution driving base, shell outer cylinder driving gear and shell outer cylinder
Driving motor, shell outer cylinder driving gear is rotatably equipped on the second revolution driving base, and shell outer cylinder drives gear and shell
The shaft end of the engagement connection of outer cylinder gyration gear ring, output end and shell outer cylinder the driving gear of the shell outer cylinder driving motor drives
Connection；
The shell screening separation screw mechanism includes shell screening separation rotation axis and shell screening separation driving electricity
Machine, the front end of shell screening separation rotation axis are rotatably installed in shell and screen on interior tube stent, and tube stent is fixed in shell screening
In fixed shell screen drum, the rear end thereof of the shell screening separation rotation axis is mounted in shell screening supporting baffle,
Shell screening supporting baffle is fixed on the rear end of fixed shell screen drum, the output end and shell of shell screening separation driving motor
Screening separation rotation axis is drivingly connected；Shell screening helical blade, shell sieve are fixed in the shell screening separation rotation axis
The outer side edges of helical blade are selected to be fixedly installed shell screening spiral hairbrush.
Shell crushing device and shell grinding device, institute are disposed with below the discharge end of the fixed shell screen drum
It states and is provided with finger stone collecting box below the discharge end of rotary intermediate screen drum, below the discharge end of the rotary shell outer cylinder
It is provided with shell grinding device, the discharge end of the shell grinding device is provided with shell powder collecting box.
Compared with prior art, the beneficial effects of the present invention are:
1, the present invention is mainly entered device and conveying device with from shovel, realizes the mixture on automatic collection sandy beach, shovel into
Device is made of the telescopic scoop component of multiple groups, can better adapt to the rugged topography in sandy beach, and inside scraper bowl
It is provided with rake, scraper bowl and rake can swing certain angle, and flexibility is good, and can handle sandy beach is cleaner thorough.
2, conveying device is surrounded by intermediate conveyor belt component, side conveyer belt assembly and side feed band component, can
Sand material mixture concentration is transported to vehicle body, conveying is convenient；Oblique type rubber is provided in the bottom side of side feed band
Skirt is contacted by oblique type rubber skirt between side feed band and intermediate conveyor belt, side conveyer belt, prevents sand shell etc.
Object blocks conveyer belt；The rear end of conveying band connection rack is provided with vertical dovetail spline, and car body front end is provided with and vertical swallow
The vertical dovetail keyway that tail spline is slidably matched passes through the flexible of conveying lifting cylinder, so that it may control in entire conveying device,
Lower movement, after the completion of work, conveying lifting cylinder is shunk, and mentions entire conveying device above, prevents from interfering with ground.
3, the characteristics of sand filter is compact-sized in the present invention, is less than other dimension of object using sand size, makes
The sand material pore that sand passes through fine ga(u)ge screen drum outer wall under flow action is obtained, other objects are pushed to mixing sand material by helical blade
Outlet can effectively prevent the blocking of sand material pore under the effect of spiral hairbrush；Water is passed through the center axis of rolling by water supply mechanism
Afterwards, water can be flowed out from leakage hole, be cleaned to the mixing sand material in pore screen drum, reasonable in design, it is ensured that fine sand point
From thorough.
4, the present invention is promoted mixed material to certain altitude, compared to driving and conveying belt knot using feeding lifting device
Structure, more saving space, the promotion for being also convenient for material are transported, and installation preferably is on the car body.
5, it is provided with weight screening plant in the present invention, utilizes the buoyancy size of object and the difference of gravity size, sea
Grass and light refuse etc. easily float on the water, and the materials such as shell and stone are easily sunken under water, reach list after shell, sea grass separation
The purpose for reason of staying alone, the water inlet and water outlet of weight screening plant keep balancing, and guarantee that the water flow in weight screening tank can
Do not stop to replace, principle is simple, clever structure；Water supplying pipe or the free end for rinsing drinking-water pipe are also equipped with seawater filtering device, knife
The work of piece driving motor, driving blade drive gear rotation, therefore, set gear ring will drive net rotation, the curved knife on net
Piece can cut off the sea grass of net surface wrap and rubbish etc., prevent blocking net, thus, in water supply pump or flush water pump
Under effect, filtered seawater enters water supply pump or flush water pump by net.
6, it is equipped with sea grass chopper set in the present invention, multi-disc is installed in the blade mounting base of sea grass chopper set and minces knife
The arranged direction for mincing blade of piece, adjacent edge mounting base is arranged in a mutually vertical manner, and can sufficiently be minced sea grass, and sea grass minces dress
The outlet end set, which is equipped with, rolls hairbrush, and rolling hairbrush will mince sea grass and dial in subsequent sea grass screening plant, prevent sea grass and rubbish
Rubbish adheres on metal conveyor belt, and metal conveyor belt, which is arranged below, minces support plate, prevents metal belt in the work for mincing blade
With lower damage.
7, the sea grass screening plant in the present invention is by the different fixed sea grass screen drum of relative rotation speed and rotary sea grass
Outer cylinder composition, screens the sea grass and light refuse minced, can not only efficiently separate, and saves the device space, makes to set
Standby characteristics of compact layout.
8, ratchel screening plant is equipped in the present invention, the heavier feeds to sink under the water fall on shaker pan, shaking
Under the action of dynamic motor, ratchel is fallen in ratchel collecting box along shaker pan, and shell and finger stone then pass through vibration
Elongated sieve pore on dynamic screen tray, finally falls on shell conveyer belt, can effectively separate ratchel.
9, the shell screening plant in the present invention is by the different fixed shell screen drum of relative rotation speed, rotary intermediate screen drum
And rotary shell outer cylinder composition, screening separation is carried out to shell, broken shell and the finger stone after removal ratchel, not only
Shell, broken shell and finger stone can be efficiently separated out, and saves the device space, makes compact arrangement of equipment.
10, structure of the invention design rationally, saves the device space, and each compact arrangement of equipment first receives sand material on sandy beach
Collection gets up, and fine sand therein is screened away, then, is screened by weight screening plant, first by sea grass and light refuse
It is separated from the materials such as shell and stone Deng easy natant material, then sea grass is minced again, is separated, sea is realized
Grass is separated and collected with light refuse；And after the heavier feeds to sink under the water are separated, then ratchel therein isolated
Come, be finally separating out shell, broken shell and finger stone, realizes separating and collecting for heavier feeds on sandy beach.
Detailed description of the invention
Fig. 1 is the schematic perspective view of ocean refuse pollution intelligent integral recycling equipment；
Fig. 2 is to shovel to be mounted on car body into device and conveying device in ocean refuse pollution intelligent integral recycling equipment
On schematic perspective view；
Fig. 3 is that reciprocating drive mechanism is connect with shoveling into device in ocean refuse pollution intelligent integral recycling equipment
The structural schematic diagram of side；
Fig. 4 is to shovel the schematic perspective view into device in ocean refuse pollution intelligent integral recycling equipment；
Fig. 5 is the schematic perspective view of scoop component in ocean refuse pollution intelligent integral recycling equipment；
Fig. 6 is the structural schematic diagram that scoop component is splitted in ocean refuse pollution intelligent integral recycling equipment；
Fig. 7 is the three-dimensional structural schematic diagram of conveying device in ocean refuse pollution intelligent integral recycling equipment；
Fig. 8 is the structural schematic diagram of the side of conveying device in ocean refuse pollution intelligent integral recycling equipment；
Fig. 9 is the positive structural schematic diagram of conveying device in ocean refuse pollution intelligent integral recycling equipment；
Figure 10 is the structural representation amplified at conveying device A in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 11 is the structural representation amplified at conveying device B in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 12 is that be mounted on vehicle intracorporal for sand filter in ocean refuse pollution intelligent integral recycling equipment
Schematic perspective view；
Figure 13 is the front end perspective structure of sand filter in ocean refuse pollution intelligent integral recycling equipment
Schematic diagram；
Figure 14 is the knot of the back end perspective of sand filter in ocean refuse pollution intelligent integral recycling equipment
Structure schematic diagram；
Figure 15 is the plan structure signal of sand filter in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 16 is the structure of C-C section in sand filter in ocean refuse pollution intelligent integral recycling equipment
Schematic diagram；
Figure 17 is that the three-dimensional structure of feeding lifting device in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 18 is that feeding lifting device splits structural representation in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 19 is the plan structure signal of feeding lifting device in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 20 is sea grass screening plant and shell screening plant in ocean refuse pollution intelligent integral recycling equipment
It is mounted on the schematic perspective view of forward sight on car body；
Figure 21 is sea grass screening plant and shell screening plant in ocean refuse pollution intelligent integral recycling equipment
The schematic perspective view of backsight on the car body is installed；
Figure 22 is that the three-dimensional structure of seawater filtering device in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 23 is that the structure of the side of seawater filtering device in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 24 is that the structure of seawater filtering device D-D section in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 25 is that the three-dimensional structure of weight screening plant in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 26 is that weight screening plant splits structural representation in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 27 is the stereochemical structure signal of sea grass chopper set in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 28 is that the structure of the forward sight of sea grass chopper set in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 29 is that the structure in the section sea grass chopper set E-E in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 30 is that the three-dimensional structure of sea grass screening plant in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 31 is that the structure of sea grass screening plant in ocean refuse pollution intelligent integral recycling equipment splitted is shown
It is intended to；
Figure 32 is the three-dimensional structure of ratchel screening plant in ocean refuse pollution intelligent integral recycling equipment
Schematic diagram；
Figure 33 is that the structure of splitting of ratchel screening plant in ocean refuse pollution intelligent integral recycling equipment is shown
It is intended to；
Figure 34 is the stereochemical structure signal of shell screening plant in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 35 is the side view structure signal of shell screening plant in ocean refuse pollution intelligent integral recycling equipment
Figure；
Figure 36 is that knot is splitted in shell screening plant F-F section in ocean refuse pollution intelligent integral recycling equipment
Structure schematic diagram.
In figure: 100- car body, 200- flushing machine, 201- syringe pipe, 202- flush water pump, 203- rinse drinking-water pipe,
300- shell crushing device, 400- shell fall into shell grinding device, 500- finger stone collecting box, and 600- shell powder is collected
Case；
1- is shoveled into device, 11- cross beam frame, 111- beam slide, 112- attachment base, 113- crossbeam lower arm, 114- scoop pendulum
Dynamic motor, 12- sliding rod frame, 121- sliding rod frame swing arm, 122- slide bar mounting seat, 13- scoop elongation hydraulic cylinder, 14- flexible slide bar,
15- sliding sleeve frame, 16- scoop linking arm, 161- limit plate, 162- split pin, 163- scraper bowl shaft, 164- stop nut, 17- shovel
Bucket, 171- rake installation limit plate, 172- rake pin shaft, 18- rake, the longitudinal direction 19- bracket, 191- rotating circular disk, 192- are reciprocal
Connecting rod, the reciprocal drive motor of 193-；
2- conveying device, 21- convey shovel board, and chassis among 22-, 221- backgauge side plate, the centre 222- conveys motor, 223-
Intermediate conveyor belt, the side 23- chassis, the side 231- conveying motor, the side 232- conveyer belt, the side 24- chassis, the side 241- are defeated
Send motor, 242- side feed band, 243- oblique type rubber skirt, 25- conveying band connection rack, the vertical dovetail spline of 251-, 26-
Convey lifting cylinder；
3- sand filter, 31- pore screen drum, 311- mix sand material import, and 312- mixes sand material outlet, 313- screen drum
Connecting flange, 314- end plate, 315- front end-plate, 316- pump seat, 32- blade driving motor, 33- water supply pump, the center 34- roll
Axis, 35- helical blade, 36- water supplying pipe, 37- seawater filtering device, 371- water pipe head, 372- inner sleeve, 373- bearing (ball) cover
Circle, 374- net, 375- connector sleeve, 376- cover gear ring, 377- cambered blade, 378- knife drive motor, the driving of 379- blade
Gear, 3710- blade drive seat；
4- feeding lifting device, 41- support ring frame, 42- scraper plate ring, 421- scraper plate gear ring, 422- scraper plate, 43- charging
Mouthful, 44- discharge port, 45- submits driving motor, and 46- submits drive seat, and 47- submits driving gear, 48- annulus conveyor chamber；
5- weight screening plant, 51- weight screening tank, 511- weight conveyer belt, 512- weight driving motor, 513- weight
Conveying shaft, 52- lightweight conveyor frame, 521- lightweight object conveyer belt, 522- rake hook, 523- lightweight driving motor, 524- are light
Matter transmits shaft, and 53- screening is transversely mounted frame, 54- backgauge electromagnet, 55- heavy material baffle, 56- backgauge compressed spring, 57-
Weight rack flange, the inclined-plane 58- mesh screen, 59- water guide skewed slot；
6- sea grass chopper set, 61- mince conveying frame, and 611- minces feeder motor, 612- metal conveyor belt, and 613- chops
Broken conveying shaft, 614- mince support plate, 62- hairbrush driving motor, 63- hairbrush shaft, and 631- rolls hairbrush, 64- cabane plate,
65- flexible slide bar, 66- mince electromagnet, and 67- minces compressed spring, and 68- minces seat board, 69- blade mounting base；
7- sea grass screening plant, 71- sea grass screen rack, and 711- sea grass screens auxiliary framework, and the revolution of 72- sea grass outer cylinder is driven
Motivation structure, 721- outer cylinder revolution driving base, 722- outer cylinder revolution driving gear, 723- outer cylinder revolution driving motor, outside 724-
Cylinder gyration gear ring, the rotary sea grass outer cylinder of 73-, the spiral hairbrush of 731-, the fixed sea grass screen drum of 74-, the screening point of 741- sea grass
From driving motor, 742- sea grass screens supporting baffle, 743- sea grass leak hole, and 744- sea grass screens interior tube stent, 745- sea grass sieve
Choosing separation rotation axis, 746- sea grass screen helical blade, and 747- sea grass screens spiral hairbrush, the first conveyor frame of 75-, 751- the
One conveyer belt, the first transport motor of 752-, the transmission shaft of 753- first, the second conveyor frame of 76-, the second conveyer belt of 761-,
The second transport motor of 762-, 763- second transmit shaft, 77- sea grass collecting box, 78- garbage collection box；
8- ratchel screening plant, 81- ratchel screening rack, 82- shell conveying frame, 821- shell conveyer belt,
822- shell feeder motor, 823- shell convey shaft, 824- the first hairbrush driving motor, 825- the first hairbrush shaft, 826-
First rolls hairbrush, 827- vibrating screen rack, 83- shaker pan, the elongated sieve pore of 831-, 832- vibration inserting column, 84- vibration electricity
Machine, 85- spring of vibrating screen, 86- ratchel collecting box；
9- shell screening plant, 91- shell screen rack, 911- the second revolution driving base, the driving of 912- shell outer cylinder
Motor, 913- shell outer cylinder drive gear, 914- the first revolution driving base, screen drum driving motor among 915-, among 916-
Screen drum driving gear, the rotary shell outer cylinder of 92-, 921- shell outer cylinder gyration gear ring, the spiral hairbrush of 922- second, 93- are returned
Rotatable intermediate screen drum, the centre 931- screen drum gyration gear ring, the spiral hairbrush of 932- first, 933- the first strip leak hole, 94- are fixed
Formula shell screen drum, 941- shell screen supporting baffle, and 942- shell screens interior tube stent, the circle leak hole of 943- first, 95- shell sieve
Choosing separation driving motor, 96- shell screening separation rotation axis, 961- shell screen helical blade, and 962- shell screens spiral hair
Brush.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1~36 are please referred to, the present invention provides a kind of technical solution: the recovery processing of ocean refuse pollution intelligent integral is set
It is standby, such as Fig. 1, including car body 100, it is sequentially installed with and is shoveled into device 1, conveying device 2, sand filter on the car body 100
3, feeding lifting device 4, weight screening plant 5, at least one set of sea grass chopper set 6, sea grass screening plant 7, ratchel screening
Device 8 and shell screening plant 9；
Such as Fig. 2,100 front lower portion of car body is equipped with the conveying device 2 being obliquely installed, on 100 front end of car body
Portion is extended with longitudinal bracket 19, and one group of reciprocal driving machine for driving cross beam frame 11 to be moved forward and backward is equipped on longitudinal bracket 19
Structure, the both ends of cross beam frame 11 are provided with beam slide 111, and beam slide 111 slides back and forth cooperation in longitudinal 19 front end of bracket, cross
The shovel that the lower end of roof beam structure 11 is equipped with for shoveling sand into 2 input end of conveying device enters device 1；
The discharge end of the conveying device 2 is corresponding with the feed end of sand filter 3, the discharging of sand filter 3
Hold, the charging of the discharge port 44 and weight screening plant 5 of feeding lifting device 4 corresponding with the feed inlet 43 of feeding lifting device 4
End corresponds to, and the light material outlet end of the weight screening plant 5 is corresponding with the feed end of sea grass chopper set 6, and sea grass is minced
The discharge end of device 6 is corresponding with the feed end of sea grass screening plant 7；The sea grass screening plant 7 include sea grass screening rack 71,
Fixed sea grass screen drum 74 and rotary sea grass outer cylinder 73, rotary 73 turning set of sea grass outer cylinder are mounted in fixed sea grass screen drum
74 periphery, distribution is provided with sea grass leak hole 743 in the outer circumferential walls of fixed sea grass screen drum 74；
The feed end of weight screening plant 5, quilt are admitted to by the seabeach sand material mixture that sand filter 3 weeds out fine sand
The light material that weight screening plant 5 filters out is imported into the feed end of sea grass chopper set 6, and sea grass chopper set 6 is by lightweight
Sea grass in material is minced, and material is imported to the feed end of sea grass screening plant 7, the sea grass that sea grass screening plant 7 will mince
It screens and passes through the rotary discharge of sea grass outer cylinder 73 and collect, and Other Waste material is fixed the discharge of formula sea grass screen drum 74 and receives
Collection.
The heavier feeds outlet end of the weight screening plant 5 is corresponding with the feed end of ratchel screening plant 8, ratchel
The discharge end of screening plant 8 is corresponding with the feed end of shell screening plant 9；The shell screening plant 9 includes shell screening machine
Frame 91, fixed shell screen drum 94, rotary intermediate screen drum 93 and rotary shell outer cylinder 92,92 turns of rotary shell outer cylinder
The dynamic periphery for being sleeved on rotary intermediate screen drum 93, rotary intermediate 93 turning set of screen drum is mounted in the outer of fixed shell screen drum 94
In week, distribution is provided with the first circle leak hole 943 passed through for finger stone and broken shell in the outer circumferential walls of fixed shell screen drum 94,
Distribution is provided with the first strip leak hole 933 passed through for broken shell in the outer circumferential walls of rotary intermediate screen drum 93.
The feed end of weight screening plant 5 is sent by the seabeach sand material mixture that sand filter 3 weeds out fine sand；Weight
It after screening plant 5 filters out heavier feeds and imports in ratchel screening plant 8, ratchel screening plant 8 is by heavier feeds
In ratchel screen and collect, shell and finger stone mixed material are imported into the feed end of shell screening plant 9, it is small
Stone and broken shell are entered in rotary intermediate screen drum 93 by the first circle leak hole 943 of fixed shell screen drum 94, are connect
, broken shell enters rotary shell outer cylinder 92 by the first strip leak hole 933 of rotary intermediate screen drum 93, thus real
Efficiently separating for ratchel, finger stone, shell and broken shell is showed.
Please refer to Fig. 2~3, it is preferable to, the reciprocating drive mechanism include reciprocal connecting rod 192, rotating circular disk 191 with
And reciprocal drive motor 193, reciprocal drive motor 193, the output of reciprocal drive motor 193 are installed on the longitudinal direction bracket 19
End is equipped with rotating circular disk 191, and one end of the reciprocal connecting rod 192 is connect with the eccentric shaft turns on rotating circular disk 191, past
The attachment base 112 extended on the other end and cross beam frame 11 of multiply-connected extension bar 192 is rotatablely connected.Reciprocal drive motor 193 works, with
The rotation of rotating circular disk 191, cross beam frame 11 can be driven and realize forward and backward reciprocating motion on longitudinal bracket 19.
Please refer to Fig. 2~4, it is preferable to, described shovel includes sliding rod frame 12 and several groups scoop component into device 1, described
The both ends top of sliding rod frame 12 is extended with sliding rod frame swing arm 121, and the both ends lower part of the cross beam frame 11 is extended with crossbeam lower arm
113, the end of crossbeam lower arm 113 is equipped with scoop rotary actuator 114, and the output end and sliding rod frame of scoop rotary actuator 114 are put
The upper end of arm 121 is drivingly connected, and the lower end edge cross direction profiles of the sliding rod frame 12 are provided with multiple slide bar mounting seats 122, slide bar
Scoop component is installed in mounting base 122.
Please refer to Fig. 5~6, it is preferable to, the scoop component includes scoop elongation hydraulic cylinder 13, multiple flexible slide bars
14, sliding sleeve frame 15, scoop linking arm 16 and scraper bowl 17, the flexible slide bar 14 include being fixed on stretching for 15 upper surface of sliding sleeve frame
Contracting sliding sleeve and the flexible slide bar for being fixed on 122 lower end surface of slide bar mounting seat, flexible slide bar sliding are inserted into flexible sliding sleeve, institute
The upper end for stating scoop elongation hydraulic cylinder 13 is fixed on 122 lower end surface of slide bar mounting seat, and the lower end of scoop elongation hydraulic cylinder 13 is fixed
In 15 upper surface of sliding sleeve frame, 15 lower end of sliding sleeve frame is fixed with scoop linking arm 16, and sliding sleeve frame 15 can will be shoveled by bolt and nut
Sub- linking arm 16 is fixed, so that the angle of scraper bowl 17 is fixed, split pin is equipped on bolt and nut for locking, scoop linking arm
16 and the angle of sliding sleeve frame 15 are preferably 110-170 degree；The free end of scoop linking arm 16 is equipped with scraper bowl 17.
Referring to Fig. 6, scraper bowl 17 is logical it may be preferred that the free end of the scoop linking arm 16 is extended with scraper bowl shaft 163
It crosses the scraper bowl hole opened up on side wall to be rotatably installed in scraper bowl shaft 163, the limit for limit is set in scraper bowl shaft 163
Nut 164, for locking, scraper bowl 17 can be rotated around scraper bowl shaft 163 for the split pin 162 worn on stop nut 164；Shovel
The free end of sub- linking arm 16 is also extended with limit plate 161 corresponding with 17 back wall of scraper bowl, limit plate 161 and 17 back wall of scraper bowl it
Between there are gap, scraper bowl 17 is rotated by a certain angle to adapt to rugged topography.
Referring to Fig. 6, it may be preferred that the scraper bowl 17 is internally provided with for the rubbish such as sea grass to be dialled in conveying device 2
Rake 18, rake 18 includes several raking pawls of rake seat board and distributing installation in rake seat board lower end surface, in the scraper bowl 17
It is extended with rake installation limit plate 171 in the back arms in portion, is limited among the rake seat board by rake pin shaft 172 and rake installation
Plate 171 is rotatably assorted connection.Rake 18 can rotate by a certain angle around rake pin shaft 172, and rake installs 171 pairs of limit plate rakes
Son 18 carries out rotary spacing.
It shovels and is made of into device the telescopic scoop component of multiple groups, the rugged topography in sandy beach can be better adapted to,
And scraper bowl 17 is internally provided with rake 18, and scraper bowl 18 and rake can swing certain angle, and flexibility is good, can will be at sandy beach
That manages is cleaner thorough.
Please refer to Fig. 7~11, it is preferable to, the conveying device 2 include conveying shovel board 21, conveyer belt chassis, one group it is defeated
Band connection rack 25 and one group of conveyer belt side frame 24 are sent, the conveyer belt chassis includes that intermediate chassis 22 and two sides extend
Side chassis 23, the outer side edges and conveying band connection rack 25 of side chassis 23 are fixed, and the intermediate chassis 22 is at outlet end
Two sides upwardly extended backgauge side plate 221, intermediate conveyor belt component is installed on intermediate chassis 22, is pacified on side chassis 23
Equipped with side conveyer belt assembly, the conveying band connection rack 25 of every side is respectively and fixedly provided with the conveyer belt side frame 24 being vertically arranged, and two
The distance between a conveyer belt side frame 24 is gradually reduced from input end to outlet end, the rear end of conveyer belt side frame 24 and backgauge side plate
221 front side edge is aligned, and side feed band component is equipped on the inside of conveyer belt side frame 24；The rear end of the conveying shovel board 21 extends
There is shovel board seat board 211, shovel board seat board 211 is fixedly connected with conveyer belt chassis 22, conveying shovel board 21 and 211 junction of shovel board seat board
It is provided with the circular arc accommodation groove with intermediate conveyor belt component and the cooperation of side conveyer belt assembly front end, it is clear that conveying shovel board 21
Upper surface is aligned with the transporting flat of each conveyer belt assembly.
Referring to Fig. 2, it may be preferred that the rear end of the conveying band connection rack 25 is provided with vertical dovetail spline 251, institute
It states 100 front end of car body and is provided with the vertical dovetail keyway being slidably matched with vertical dovetail spline 251,19 lower section of longitudinal direction bracket
Be fixed with the conveying lifting cylinder 26 for driving entire conveying device 2 to move up and down, convey the telescopic end of lifting cylinder 26 with
The top of conveying band connection rack 25 is fixedly connected.
Pass through the flexible of conveying lifting cylinder 26, so that it may the entire movement above and below of conveying device 2 is controlled, when work is completed
Afterwards, conveying lifting cylinder 26 is shunk, and mentions entire conveying device 2 above, prevents from interfering with ground.
Please refer to Fig. 7~11, wherein the intermediate conveyor belt component includes one group and is rotatably installed on intermediate chassis 22
Centre conveys shaft and is sleeved on the intermediate intermediate conveyor belt 223 conveyed in shaft, is equipped on intermediate chassis 22 for driving
Dynamic wherein the intermediate of centre conveying shaft rotation conveys motor 222；The side conveyer belt assembly includes one group of rotational installation
In the side conveying shaft on side chassis 23 and the side conveyer belt 232 being sleeved in side conveying shaft, side chassis
It is equipped on 23 for driving the side of wherein side conveying shaft rotation to convey motor 231.
The side feed includes one group of side feed shaft being rotatably installed on side chassis 24 and set with component
Side feed band 242 in side feed shaft is equipped on side chassis 24 for driving wherein one side conveying to turn
The side feed motor 241 of axis rotation, is provided with oblique type rubber skirt 243 in the bottom side of side feed band 242.Side is defeated
It send and is contacted between band and intermediate conveyor belt, side conveyer belt by oblique type rubber skirt, prevent the objects such as sand shell from blocking biography
Send band.
Scoop rotary actuator 114 drives sliding rod frame 12 and scoop component to swing to the greatest limit position far from equipment, this
When, reciprocal drive motor 193 drives rotating circular disk 191 to rotate, and under the effect of rotating circular disk 191, reciprocal connecting rod 192 drives cross
Roof beam structure 11 also reaches greatest limit position, and then, scoop extends hydraulic cylinder 13 and stretches out, and makes every group of scoop component touch to sand
Beach, under the effect of rotating circular disk 191, reciprocal connecting rod 192 drives cross beam frame 11 gradually to move to close to equipment side, meanwhile,
Scoop rotary actuator 114 is also rotated to close to equipment side, and rotating circular disk 191 and scoop rotary actuator 114 reach the limit of position
When, just mixture is sent in conveying device 2 by scraper bowl 17, and then, scraper bowl 17 is during swinging back, in order to avoid scraper bowl 17
It is contacted with sandy beach, scoop extends hydraulic cylinder 13 and withdraws, and repeats the above movement, can continuously shovel sand；
Sand material, which is shoveled, to be sent in conveying device 2, conveying device 2 by intermediate conveyor belt component, side conveyer belt assembly and
Side feed band component surrounds, and sand material mixture can be concentrated to the feed end for being transported to 100 inside sand filter of car body,
Conveying is convenient.
Please refer to Figure 12~16, it is preferable to, the sand filter 3 includes pore screen drum 31, pore screen drum 31
Front end is provided with mixing sand material import 311, and 31 rear end of pore screen drum is provided with mixing sand material outlet 312, the pore screen drum 31
Circumferential side wall on distribution be provided with the sand material pore passed through for fine sand, be rotatably equipped in the pore screen drum 31 center rolling
Axis 34 is provided with helical blade 35 on the center axis of rolling 34, spiral hairbrush is fixedly installed in the outer side edges of helical blade 35, carefully
The rear end of hole screen drum 31 is equipped with blade driving motor 32, the output end of blade driving motor 32 and the end of the center axis of rolling 34
It is drivingly connected.
Mixing sand material is added to mixing sand material import 311, blade driving motor 32 drives helical blade 35 to rotate, while spiral shell
The spiral hairbrush installed in the outer side edges of vane piece 35 also sweeps pore screen drum 31, under the action of spiral hairbrush, carefully
Sand is flowed out from the sand material pore of pore screen drum 31, and rough sand, rubbish and sea grass etc. cannot be by sand material pores, in helical blade
35 and spiral hairbrush drive under, rough sand, rubbish and sea grass from mixing sand material outlet 312 discharge, into it is subsequent processing set
In standby, to effectively realize the separation of fine sand.
Please refer to Figure 16, it is preferable to, the center axis of rolling 34 uses hollow axis body, is provided in the center axis of rolling 34
Hollow axocoel is evenly distributed with leakage hole, the front end of the center axis of rolling 34 and water supplying machine in the outer circumferential walls of the center axis of rolling 34
Structure connection.
Since the center axis of rolling 34 uses hollow axis body, leak is evenly distributed in the outer circumferential walls of the center axis of rolling 34
Hole, after water is passed through the center axis of rolling 34 by water supply mechanism, water can be flowed out from leakage hole, to the mixed sand in pore screen drum 31
Material is cleaned, it is ensured that fine sand separation is thorough.
Please refer to Figure 12, Figure 13, Figure 15 and Figure 16, it is preferable to, the water supply mechanism includes water supply pump 33, water supply pump
33 outlet end is connected to by rotary joint with the front end of the center axis of rolling 34, and the input end of water supply pump 33 is connected with water supplying pipe
36.By the work of water supply pump 33, i.e., draw water using water supplying pipe 36；
The free end of the water supplying pipe 36 is also equipped with seawater filtering device 37.
Please refer to Figure 13, it is preferable to, 31 front end of pore screen drum is provided with front end-plate 315, the center axis of rolling 34
Front end rotation is threaded through on front end-plate 315, and the lateral surface of front end-plate 315 is extended with pump seat 316, and the water supply pump 33 is fixedly mounted
On pump seat 316.Reasonable structural arrangement facilitates the disassembly of water supply pump 33 and the center axis of rolling 34 to install.
Please refer to Figure 14, it is preferable to, 31 rear end of pore screen drum is provided with end plate 314, the center axis of rolling 34
Rear end thereof is threaded through on end plate 314, and the blade driving motor 32 is fixedly mounted on the lateral surface of end plate 314.Knot
Structure connection and reasonable arrangement facilitates the disassembly of blade driving motor 32 and the center axis of rolling 34 to install.
Please refer to Figure 13~14, it is preferable to, multiple screen drum connecting flanges are fixed on the outer wall of the pore screen drum 31
313, pore screen drum 31 is fixedly mounted on inside car body 100 by screen drum connecting flange 313.Convenient for pore screen drum 31 is fixed on
In car body 100, it is moved easily transfer, is conducive to clear up the sandy beach in different plot.
Please refer to Figure 17~19, it is preferable to, the feeding lifting device 4 includes the support ring being mounted on car body 100
Frame 41, scraper plate ring 42 and driving mechanism is submitted, 42 turning set of scraper plate ring is mounted in 41 periphery of support ring frame, scraper plate ring
Annulus conveyor chamber 48 is surrounded between circle 42 and support ring frame 41, multiple scraper plates are evenly distributed on the circumferential inner wall of scraper plate ring 42
422, annulus conveyor chamber 48 is separated into multiple conveying separate spaces by scraper plate 422, and the lower inner side wall of support ring frame 41 offers charging
Mouth 43, the upper end inner sidewall of support ring frame 41 offers discharge port 44；It is provided with and scrapes in the outer circumferential walls of the scraper plate ring 42
Plate gear ring 421,41 upper end of support ring frame, which is extended with, submits drive seat 46, submits to be rotatably equipped in drive seat 46 and submits sliding tooth
Wheel 47 submits driving gear 47 with scraper plate gear ring 421 and engages connection, submits and be also equipped on the side wall of drive seat 46 for driving
Submit the driving rotation of gear 47 submits driving motor 45.
The seabeach sand material mixture for weeding out fine sand is sent to the feed inlet 43 of feeding lifting device 4, is submitting driving electricity
Under the driving of machine 45, submits driving gear 47 and rotate, driving scraper plate gear ring 421 rotates, and the scraper plate 422 in scraper plate ring 42 will mix
Conjunction object promotes the discharge port 44 to feeding lifting device 4, and mixture falls to the charging of weight screening plant 5 from discharge port 44
End.
Please refer to Figure 25~26, it is preferable to, the weight screening plant 5 includes that weight screening tank 51 and lightweight object pass
Band component is sent, one group of weight conveying shaft 513 is rotatably equipped in weight screening tank 51, is set in weight conveying shaft 513
Weight conveyer belt 511 is equipped with the weight for driving wherein weight conveying shaft 513 on the lateral wall of weight screening tank 51
Driving motor 512；The rear end of weight screening tank 51 is diagonally-installed lightweight object transfer tape assemble, the lightweight object conveyer belt
Component includes lightweight conveyor frame 52, lightweight object conveyer belt 521, lightweight transmission shaft 524 and lightweight driving motor 523,
The both ends of lightweight conveyor frame 52 are rotatably equipped with lightweight transmission shaft 524 respectively, are set with lightweight in lightweight transmission shaft 524
Object conveyer belt 521, the outer surface of lightweight object conveyer belt 521 are additionally provided with multiple rows of rake hook 522, lightweight object conveyer belt 521
Bottom and weight conveyer belt 511 upper surface between there are heavier feeds channel, the tops of lightweight object conveyer belt 521
It is corresponding with the feed end of sea grass chopper set 6, it is equipped on the lateral wall of the lightweight conveyor frame 52 for driving wherein one
The lightweight driving motor 523 of lightweight transmission shaft 524.
The working principle of weight screening plant 5: under the drive of weight driving motor 512, weight conveyer belt 511 is to falling
It is transported to the mixture in weight screening plant 5, during transport, lightweight object conveyer belt 521 drives electricity in lightweight
It works under the driving of machine 523, multiple rows of rake hook 522 of 521 outer surface of lightweight object conveyer belt setting can be by sea grass and light plastic
The light materials such as band take on lightweight object conveyer belt 521, finally import subsequent sea grass by lightweight object conveyer belt 521 and mince
In device 6；And remaining heavier feeds are then passed through heavier feeds channel and are conveyed to 511 end of weight conveyer belt.
Please refer to Figure 25~26, it is preferable to, the rear end of the weight screening tank 51, which is also slided, to be provided with for blocking weight
The heavy material baffle 55 of matter material outlet is fixed with screening laterally peace on 51 side wall of weight screening tank of the top of heavy material baffle 55
53 are shelved, screening, which is transversely mounted between frame 53 and heavy material baffle 55, is connected with multiple backgauge compressed springs 56, screens laterally peace
The lower end for shelving 53 is provided at least two groups backgauge electromagnet 54, and the upper end of heavy material baffle 55 is correspondingly arranged at least two groups gear
Expect electromagnet 54；When work, backgauge electromagnet 54 is powered, and screening is transversely mounted the backgauge electromagnet 54 and heavy material of 53 lower end of frame
The backgauge electromagnet 54 of 55 upper end of baffle mutually adsorbs, so that heavy material baffle 55 is opened, water and the object quilt to sink under the water
Weight conveyer belt 511 transports, and when resting, backgauge electromagnet 54 powers off, and heavy material is kept off under the effect of backgauge compressed spring 56
Plate 55 is closed.
Weight rack flange 57, weight rack flange 57 and inclined-plane are further fixed below the rear end of the weight screening tank 51
The mesh screen flange of mesh screen 58 is fixedly connected, and the surface of inclined-plane mesh screen 58 is distributed with mesh screen leakage hole, the lower end of inclined-plane mesh screen 58 with
The feed end of ratchel screening plant 8 is corresponding；Water that weight conveyer belt 511 transports and the object to sink under the water fall to inclined-plane
On mesh screen 58, the outflow inside mesh screen leakage hole of water and fine sand, remaining object is rolled down along inclined-plane mesh screen 58, and is imported into great Shi
In block screening plant 8, so as to subsequent processing.It is also equipped with water guide skewed slot 59 on the car body 100, is come out from inclined-plane mesh screen 58
Water and fine sand enter in water guide skewed slot 59, finally return to sandy beach along water guide skewed slot 59.
Please refer to Figure 20~21, it is preferable to, the front end of the weight screening tank 51 is also equipped with flushing machine 200, punching
Washing machine structure 200 includes sequentially connected syringe pipe 201, flush water pump 202 and rinses drinking-water pipe 203, rinses drinking-water pipe 203
Bottom is also equipped with seawater filtering device 37；In the effect of flush water pump 202, flushing drinking-water pipe 203 and syringe pipe 201
Under, it brings water into weight screening tank 51, guarantees that water inlet reaches balance with water outlet.
Figure 22~24 are please referred to, the seawater filtering device 37 includes and rinses drinking-water pipe 203 or 36 end of water supplying pipe company
Water pipe head 371, inner sleeve 372, connector sleeve 375 and the net 374 connect, the inner sleeve 372 are rotatablely installed by bearing
In water pipe head 371, the open end of water pipe head 371 is further fixed on bearing end decorative cover 373, and the lower end of inner sleeve 372 is fixed
It is set with connector sleeve 375,375 lower end of connector sleeve is connected with net 374, surrounds in connector sleeve 375 on 374 outer wall of net
The distribution of mandrel line is fixedly installed multiple arcs blade 377；Set gear ring 376 is provided on the upper end outer wall of the connector sleeve 375,
The outer wall of the water pipe head 371, which is extended, blade drive seat 3710, is rotatably equipped with and covers in blade drive seat 3710
The blade drive gear 379 that gear ring 376 engages is also equipped with knife drive motor 378, blade driving in blade drive seat 3710
The output end of motor 378 and the shaft end of blade drive gear 379 are drivingly connected.
Knife drive motor 378 works, and driving blade drive gear 379 rotates, and therefore, set gear ring 376 will drive net
374 rotate, and the cambered blade 377 on net 374 can cut off the sea grass of 374 surface wrap of net and rubbish etc., prevent
Net 374 is blocked, thus, under the effect of flush water pump 202, filtered seawater enters flush water pump 202 by net 374.
Please refer to Figure 27~29, it is preferable to, the sea grass chopper set 6 includes mincing conveying frame 61, metal conveying
Band 612 minces conveying shaft 613, minces feeder motor 611 and mince seat board 68, described to mince rotation in conveying frame 61
It is equipped with one group and minces conveying shaft 613, mince and be set with metal conveyor belt 612 in conveying shaft 613, mince conveying frame 61
Lateral wall on be equipped with and wherein one mince conveying shaft 613 for driving and mince feeder motor 611, mince conveying frame 61
Inside be further fixed on be used to support metal conveyor belt 612 mince support plate 614；The conveying frame 61 of mincing passes through vertical frame plate
It is fixed with cabane plate 64, the lower end minced 68 upper surface surrounding of seat board and be fixed on cabane plate 65 by multiple flexible slide bars 65
Face is set in flexible slide bar 65 and minces compressed spring 67, the lower end surface of cabane plate 65 be provided with it is multiple mince electromagnet 66, chop
The upper surface of broken seat board 68 be correspondingly arranged on it is multiple mince electromagnet 66, the lower end surface for mincing seat board 68 is equipped with multiple knives
Sword mounting base 69 is equipped with multi-disc in blade mounting base 69 and minces blade, the arrangement for mincing blade of adjacent edge mounting base 69
Direction is arranged in a mutually vertical manner.
The working principle of sea grass chopper set 6: the light materials such as sea grass and light plastic band fall to metal conveyor belt 612
On, mince the work of feeder motor 611 so that metal conveyor belt 612 carries out transport work, to mince electromagnet 66 carry out it is intermittent
It is powered and power-off minces seat board 68 and drive the multi-disc installed below blade mounting base 69 under the action of mincing compressed spring 67
Blade is minced to move above and below, since sea grass is different from the toughness of plastic garbage, plastic strip will not be minced easily, and extra large
It is careless then can easily be minced.
Please refer to Figure 28~29, it is preferable to, the rear end for mincing conveying frame 611 is also rotatably equipped with hairbrush shaft
63, distribution is provided with multiple rows of rolling hairbrush 631 for contacting with 612 surface of metal conveyor belt in hairbrush shaft 63, minces defeated
Send the hairbrush driving motor 62 being equipped on the lateral wall of rack 611 for driving hairbrush shaft 63.
Hairbrush driving motor 62, which will drive, rolls the rotation of hairbrush 631, and the sea grass minced and the object that cannot be minced are rolling
Under the cleaning of electric brush 631, the feed end of fixed sea grass screen drum 74 is fallen to.
Please refer to Figure 30~31, it is preferable to, the fixed sea grass screen drum 74 is fixedly mounted on sea grass screening rack 71
Lower section, the circumferential inner wall of the rotary sea grass outer cylinder 73 are provided with the spiral for contacting with fixed 74 outer wall of sea grass screen drum
Formula hairbrush 731 is fixed with outer cylinder gyration gear ring 724, outer cylinder rotary teeth among the outer circumferential walls of the rotary sea grass outer cylinder 73
Circle 724 is rotatably installed in sea grass by pivoting support and screens 711 lower section of auxiliary framework, also pacifies on sea grass screening auxiliary framework 711
Equipped with the sea grass outer cylinder rotary motion mechanism 72 for driving rotary sea grass outer cylinder 73 to rotate；The fixed sea grass screen drum 74
Sea grass screening separation screw mechanism is inside installed.
Under the action of sea grass screens separation screw mechanism, the sea grass minced passes through outside the circumference of fixed sea grass screen drum 74
It is distributed the sea grass leak hole 743 of setting on wall, enters in rotary sea grass outer cylinder 73, and rubbish dimension of object is larger, Bu Nengtong
Sieve pore is crossed, therefore rubbish object is finally discharged from the discharge end of fixed sea grass screen drum 74；And the sea grass minced is in rotary sea
Under the turning effort of careless outer cylinder 73 and spiral hairbrush 731, the sea grass minced is arranged from the discharge end of rotary sea grass outer cylinder 73
Out.
Please refer to Figure 30~31, it is preferable to, the sea grass outer cylinder rotary motion mechanism 72 includes outer cylinder revolution driving machine
Seat 721, outer cylinder revolution driving gear 722 and outer cylinder revolution driving motor 723 rotate peace on outer cylinder revolution driving base 721
Equipped with outer cylinder revolution driving gear 722, outer cylinder revolution driving gear 722 engages connection, the outer cylinder with outer cylinder gyration gear ring 724
The output end of revolution driving motor 723 and the shaft end of outer cylinder revolution driving gear 722 are drivingly connected.
The working principle of sea grass outer cylinder rotary motion mechanism 72: under the driving of outer cylinder revolution driving motor 723, outer cylinder is returned
Turn driving gear 722 to rotate, outer cylinder gyration gear ring 724 is driven to rotate, is i.e. band acting rotary sea grass outer cylinder 73 rotates, and is rotating through
Cheng Zhong, spiral hairbrush 731 clean the outer circumferential walls of fixed sea grass screen drum 74, fall into rotary sea grass convenient for sea grass
In outer cylinder 73.
Please refer to Figure 31, it is preferable to, the sea grass screening separation screw mechanism includes sea grass screening separation rotation axis 745
And sea grass screening separation driving motor 741, sea grass screening separation 745 front end of rotation axis are rotatably installed in sea grass screening inner cylinder branch
On frame 744, sea grass screens interior tube stent 744 and is fixed in fixed sea grass screen drum 74, the sea grass screening separation rotation axis 745
Rear end thereof is mounted in sea grass screening supporting baffle 742, and sea grass screening supporting baffle 742 is fixed on fixed sea grass screen drum 74
Rear end, sea grass screening separation driving motor 741 be mounted on sea grass screening supporting baffle 742 on, sea grass screening separation driving electricity
The output end of machine 741 separates rotation axis 745 with sea grass screening and is drivingly connected；It is fixed in the sea grass screening separation rotation axis 745
There is sea grass to screen helical blade 746, the outer side edges of sea grass screening helical blade 746 are fixedly installed sea grass screening spiral hairbrush
747。
The working principle of sea grass screening separation screw mechanism: under the driving that sea grass screens separation driving motor 741, sea grass
Screening separation rotation axis 745 and sea grass screening helical blade 746 rotate, and during rotation, it is right that sea grass screens spiral hairbrush 747
Material is cleaned, so that being distributed the sea grass leak hole of setting in outer circumferential walls of the sea grass minced by fixed sea grass screen drum 74
743, and unsanctioned rubbish object is finally discharged from the discharge end of fixed sea grass screen drum 74.
Please refer to Figure 30~31, it is preferable to, the first biography is provided with below the discharge end of the fixed sea grass screen drum 74
The discharge end lower section of tape-feed, the first conveyer mechanism is provided with garbage collection box 78；First conveyer mechanism includes
First 75, one group first of conveyor frame transmission shaft 753, the first conveyer belt 751 and the first transport motor 752, the first transmission
It is rotatably equipped with one group of first transmission shaft 753 in rack 75, is set with the first conveyer belt 751 in the first transmission shaft 753, the
The first transport motor 752 for driving wherein one first transmission shaft 753 is installed on the lateral wall of one conveyor frame 75.
Under the transport of the first conveyer mechanism, rubbish object is imported in garbage collection box 78 and is collected.
Please refer to Figure 30~31, it is preferable to, the second biography is provided with below the discharge end of the rotary sea grass outer cylinder 73
The discharge end lower section of tape-feed, the second conveyer mechanism is provided with sea grass collecting box 77；Second conveyer mechanism includes
Second 76, one group second of conveyor frame transmission shaft 763, the second conveyer belt 761 and the second transport motor 762, the second transmission
It is rotatably equipped with one group of second transmission shaft 763 in rack 76, is set with the second conveyer belt 761 in the second transmission shaft 763, the
The second transport motor 762 for driving wherein one second transmission shaft 763 is installed on the lateral wall of two conveyor frames 76.
Under the transport of the second conveyer mechanism, the sea grass minced is imported in sea grass collecting box 77 and is collected.
Using the transporting structure of the first conveyer mechanism and the second conveyer mechanism, it is therefore an objective to so that the collection of material is more square
Just, so that the location arrangements of garbage collection box 78 and sea grass collecting box 77 are more compact.
Please refer to Figure 32~33, it is preferable to, the ratchel screening plant 8 includes that ratchel screens rack 81, shell
Conveying frame 82, shell conveyer belt 821, shell conveying shaft 823, shell feeder motor 822, shaker pan 83 and ratchel
Collecting box 86, the ratchel screen and are equipped with shell conveying frame 82 in rack 81, rotation in the shell conveying frame 82
One group of shell conveying shaft 823 is installed, is set with shell conveyer belt 821, shell conveying frame 82 in shell conveying shaft 823
Lateral wall on shell feeder motor 822 for driving wherein shell conveying shaft 823 is installed；Shell conveying frame 82
Upper end is also extended with vibrating screen rack 827, and the shaker pan 83 of inclination arrangement, vibrating screen are provided with above vibrating screen rack 827
Spring of vibrating screen 85 is connected between the two sides side and vibrating screen rack 827 of disk 83, the two sides side of shaker pan 83 also connects
It is connected to vibration inserting column 832, vibration 832 vertical movable of inserting column is inserted into vibrating screen rack 827, distributing installation on shaker pan 83
There is vibrating motor 84, distribution is provided with the elongated sieve pore 831 passed through for shell and finger stone, ratchel screening on shaker pan 83
Ratchel collecting box 86 is also equipped in rack 81, ratchel collecting box 86 is corresponding with the bottom of shaker pan 83.
The working principle of ratchel screening plant 8: the heavier feeds to sink under the water are fallen on shaker pan 83, are being vibrated
Under the action of motor 84, ratchel is fallen in ratchel collecting box 86 along shaker pan 83, and shell and finger stone then lead to
The elongated sieve pore 831 on shaker pan 83 is crossed, is finally fallen on shell conveyer belt 821, shell conveyer belt 821 is by shell and small
Stone is transported to the feed end of subsequent shell screening plant 9.
Please refer to Figure 33, it is preferable to, the rear end of the shell conveying frame 82 is also rotatably equipped with the first hairbrush shaft
825, distribution is provided with multiple rows of the first rolling hairbrush for contacting with 821 surface of shell conveyer belt in the first hairbrush shaft 825
826, the first hairbrush driving motor for driving the first hairbrush shaft 825 is installed on the lateral wall of shell conveying frame 82
824；Leakage hole is distributed on the shell conveyer belt 821,82 lower end of shell conveying frame offers leak notch 828.
First hairbrush driving motor 824 will drive the rotation of the first rolling hairbrush 826, shell and finger stone in the first rolling hair
Under the cleaning of brush 826, the feed end of fixed shell screen drum 94 is fallen to.
Please refer to Figure 34~36, it is preferable to, the fixed shell screen drum 94 is fixedly mounted on shell screening rack 91
On, the circumferential inner wall of the rotary intermediate screen drum 93 is provided with the first spiral shell for contacting with fixed 94 outer wall of shell screen drum
The outer circumferential walls front-end and back-end of rotating hairbrush 932, the rotary intermediate screen drum 93 are respectively and fixedly provided with intermediate screen drum gyration gear ring
931, intermediate screen drum gyration gear ring 931 is rotatably installed in shell by pivoting support and screens on the first auxiliary framework, shell screening
The first rotary motion mechanism for driving rotary intermediate screen drum 93 to rotate is also equipped on first auxiliary framework；The revolution
The circumferential inner wall of formula shell outer cylinder 92 is provided with for contacting with the outer circumferential walls of rotary intermediate screen drum 93 second spiral
Hairbrush 922 is fixed with shell outer cylinder gyration gear ring 921, shell outer cylinder among the outer circumferential walls of the rotary shell outer cylinder 92
Gyration gear ring 921 is rotatably installed in shell by revolving support and screens on the second auxiliary framework, and shell screens the second auxiliary framework
On be also equipped with the second rotary motion mechanism for driving rotary shell outer cylinder 92 to rotate；The fixed shell screen drum 94
Shell screening separation screw mechanism is inside installed.
Under the action of shell screens separation screw mechanism, finger stone and broken shell pass through the circle of fixed shell screen drum 94
It is distributed the first circle leak hole 943 of setting on all outer walls, enters in rotary intermediate screen drum 93, then, broken shell passes through revolution
First strip leak hole 933 of screen drum 93 among formula and enter rotary shell outer cylinder 92, to realize ratchel, gravelstone
Block, shell and broken shell efficiently separate.
Please refer to Figure 34~36, it is preferable to, first rotary motion mechanism include the first revolution driving base 914,
Intermediate screen drum sliding tooth wheel 916 and intermediate screen drum driving motor 915, are rotatably equipped on the first revolution driving base 914
Between screen drum drive gear 916, intermediate screen drum sliding tooth wheel 916 engages connection, the intermediate screening with centre screen drum gyration gear ring 931
The shaft end of the output end of cylinder driving motor 915 and intermediate screen drum sliding tooth wheel 916 is drivingly connected.
The working principle of first rotary motion mechanism: under the driving of intermediate screen drum driving motor 915, intermediate screen drum driving
Gear 916 rotates, and drives intermediate screen drum gyration gear ring 931 to rotate, i.e. band acting rotary intermediate screening cylinder 93 rotates, in rotary course
In, the first spiral hairbrush 932 cleans the outer circumferential walls of fixed shell screen drum 94, falls convenient for finger stone and broken shell
Enter in rotary intermediate screen drum 93.
Please refer to Figure 34~36, it is preferable to, second rotary motion mechanism include the second revolution driving base 911,
Shell outer cylinder drives gear 913 and shell outer cylinder driving motor 912, is rotatably equipped with shellfish on the second revolution driving base 911
Shell outer cylinder drives gear 913, and shell outer cylinder driving gear 913 engages connection with shell outer cylinder gyration gear ring 921, outside the shell
The output end of cylinder driving motor 912 and the shaft end of shell outer cylinder driving gear 913 are drivingly connected.
The working principle of second rotary motion mechanism: under the driving of shell outer cylinder driving gear 913, the driving of shell outer cylinder
Gear 913 rotates, and shell outer cylinder gyration gear ring 921 is driven to rotate, i.e. band acting rotary shell outer cylinder 92 rotates, in rotary course
In, the second spiral hairbrush 922 cleans the outer circumferential walls of rotary intermediate screen drum 93, falls into convenient for broken shell rotary
In shell outer cylinder 92.
Please refer to Figure 36, it is preferable to, the shell screening separation screw mechanism includes shell screening separation rotation axis 96
And shell screening separation driving motor 95, the front end of shell screening separation rotation axis 96 are rotatably installed in shell screening inner cylinder branch
On frame 942, shell screens interior tube stent 942 and is fixed in fixed shell screen drum 94, the shell screening separation rotation axis 96
Rear end thereof be mounted on shell screening supporting baffle 941 on, shell screening supporting baffle 941 be fixed on fixed shell screen drum
94 rear end, the output end of shell screening separation driving motor 95 separate rotation axis 96 with shell screening and are drivingly connected；The shellfish
Shell screening helical blade 961 is fixed in shell screening separation rotation axis 96, the outer side edges of shell screening helical blade 961 are fixed
It is provided with shell screening spiral hairbrush 962.
The working principle of shell screening separation screw mechanism: under the driving that shell screens separation driving motor 95, shell
Screening separation rotation axis 96 and shell screening helical blade 961 rotate, and during rotation, it is right that shell screens spiral hairbrush 962
Material is cleaned, so that being distributed the first of setting in the outer circumferential walls of finger stone and broken shell by fixed shell screen drum 94
Circle leak hole 943, and unsanctioned complete shell is finally discharged from the discharge end of fixed shell screen drum 94.
Please refer to Figure 34~36, it is preferable to, shellfish is disposed with below the discharge end of the fixed shell screen drum 94
The discharge end lower section of shell crushing device 300 and shell grinding device 400, the rotary intermediate screen drum 93 is provided with finger stone receipts
The discharge end lower section of header 500, the rotary shell outer cylinder 92 is provided with shell grinding device 400, and the shell crushes dress
The discharge end for setting 400 is provided with shell powder collecting box 600.Wherein, shell crushing device 300 can be used has in the prior art
The grinding equipment of one group of cracker, and Universalpulverizer in the prior art can be used in shell grinding device 400, it is no longer superfluous herein
It states.
The complete shell being discharged from the discharge end of fixed shell screen drum 94 is fallen on shell crushing device 300, is passed through
Shell crushing device 300 pulverizes shell, and the shell pulverized is fallen into shell grinding device 400, and the conch meal by crushing is most
It is collected eventually by shell powder collecting box 600；
The finger stone being discharged from the discharge end of rotary intermediate screen drum 93 is collected by finger stone collecting box 500；
The broken shell being discharged from the discharge end of rotary shell outer cylinder 92 directly falls into corresponding shell grinding device 400
Interior, the conch meal by crushing is finally collected by shell powder collecting box 600.
Front vehicle body and aftercarriage composition can be used in car body 100, and front vehicle body is existed by crawler unit convenient for car body 100
It walks on sandy beach, universal axis connection can be used between front vehicle body and aftercarriage.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (10)
1. ocean refuse pollution intelligent integral recycling equipment, including car body (100), it is characterised in that: the car body
(100) it is sequentially installed with and is shoveled into device (1), conveying device (2), sand filter (3), feeding lifting device (4), weight on
Screening plant (5), at least one set of sea grass chopper set (6), sea grass screening plant (7), ratchel screening plant (8) and shell
Screening plant (9)；
Car body (100) front lower portion is equipped with the conveying device (2) being obliquely installed, and car body (100) upper front end is prolonged
Stretching has longitudinal bracket (19), and one group of reciprocal driving for driving cross beam frame (11) to be moved forward and backward is equipped on longitudinal bracket (19)
Mechanism, the both ends of cross beam frame (11) are provided with beam slide (111), and beam slide (111) slides back and forth cooperation in longitudinal bracket
(19) front end, the shovel that the lower end of cross beam frame (11) is equipped with for shoveling sand into conveying device (2) input end enter device (1)；
The discharge end of the conveying device (2) is corresponding with the feed end of sand filter (3), and sand filter (3) goes out
Expect that end is corresponding with feed inlet (43) of feeding lifting device (4), discharge port (44) and the weight screening of feeding lifting device (4) fill
The feed end for setting (5) is corresponding, the charging of the light material outlet end and sea grass chopper set (6) of the weight screening plant (5)
End corresponds to, and the discharge end of sea grass chopper set (6) is corresponding with the feed end of sea grass screening plant (7)；The sea grass screening plant
It (7) include sea grass screening rack (71), fixed sea grass screen drum (74) and rotary sea grass outer cylinder (73), outside rotary sea grass
Cylinder (73) turning set is mounted in the periphery of fixed sea grass screen drum (74), is distributed and sets in the outer circumferential walls of fixed sea grass screen drum (74)
It is equipped with sea grass leak hole (743)；
The heavier feeds outlet end of the weight screening plant (5) is corresponding with the feed end of ratchel screening plant (8), ratchel
The discharge end of screening plant (8) is corresponding with the feed end of shell screening plant (9)；The shell screening plant (9) includes shell
Screen rack (91), fixed shell screen drum (94), rotary intermediate screen drum (93) and rotary shell outer cylinder (92), revolution
Formula shell outer cylinder (92) turning set is mounted in the periphery of rotary intermediate screen drum (93), and rotary intermediate screen drum (93) turning set is mounted in
The periphery of fixed shell screen drum (94), distribution is provided with for finger stone and broken in the outer circumferential walls of fixed shell screen drum (94)
The first circle leak hole (943) that shell passes through, distribution is provided with logical for broken shell in the outer circumferential walls of rotary intermediate screen drum (93)
The the first strip leak hole (933) crossed.
2. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: described past
Multiple driving mechanism includes reciprocal connecting rod (192), rotating circular disk (191) and reciprocal drive motor (193), the longitudinal direction bracket
(19) it is equipped on reciprocal drive motor (193), the output end of reciprocal drive motor (193) is equipped with rotating circular disk (191), institute
The one end for stating reciprocal connecting rod (192) is connect with the eccentric shaft turns on rotating circular disk (191), reciprocal connecting rod (192) it is another
The attachment base (112) extended on one end and cross beam frame (11) is rotatablely connected；
Described shovel into device (1) includes sliding rod frame (12) and several groups scoop component, and the both ends top of the sliding rod frame (12) is prolonged
Stretching has sliding rod frame swing arm (121), and the both ends lower part of the cross beam frame (11) is extended with crossbeam lower arm (113), crossbeam lower arm (113)
End be equipped with scoop rotary actuator (114), the output end of scoop rotary actuator (114) is upper with sliding rod frame swing arm (121)
End is drivingly connected, and the lower end edge cross direction profiles of the sliding rod frame (12) are provided with multiple slide bar mounting seats (122), slide bar mounting seat
(122) scoop component is installed on；
The scoop component includes scoop elongation hydraulic cylinder (13), multiple flexible slide bars (14), sliding sleeve frame (15), scoop linking arm
(16) and scraper bowl (17), the flexible slide bar (14) include flexible sliding sleeve and the fixation for being fixed on sliding sleeve frame (15) upper surface
Flexible slide bar in slide bar mounting seat (122) lower end surface, flexible slide bar sliding are inserted into flexible sliding sleeve, and the scoop extends liquid
The upper end of cylinder pressure (13) is fixed on slide bar mounting seat (122) lower end surface, and the lower end of scoop elongation hydraulic cylinder (13) is fixed on sliding sleeve
Frame (15) upper surface, sliding sleeve frame (15) lower end are fixed with scoop linking arm (16), and the free end of scoop linking arm (16) is equipped with
Scraper bowl (17)；
The free end of the scoop linking arm (16) is extended with scraper bowl shaft (163), and scraper bowl (17) passes through the shovel opened up on side wall
Bucket hole is rotatably installed on scraper bowl shaft (163), and the free end of scoop linking arm (16) is also extended with and scraper bowl (17) back wall pair
The limit plate (161) answered, there are gaps between limit plate (161) and scraper bowl (17) back wall；
The scraper bowl (17) is internally provided with the rake (18) for the rubbish such as sea grass to be dialled in conveying device (2), rake (18)
Extend in several raking pawls for harrowing seat board lower end surface, the internal back arms of the scraper bowl (17) including rake seat board and distributing installation
There is rake that limit plate (171) are installed, is turned among the rake seat board by rake pin shaft (172) and rake installation limit plate (171)
It is dynamic to be cooperatively connected.
3. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: described defeated
Sending device (2) includes conveying shovel board (21), conveyer belt chassis, one group of conveying band connection rack (25) and one group of conveyer belt side frame
(24), the conveyer belt chassis includes the side chassis (23) of intermediate chassis (22) and two sides extension, side chassis (23)
Outer side edges and conveying band connection rack (25) are fixed, and two sides of the intermediate chassis (22) at outlet end have upwardly extended gear
Expect side plate (221), intermediate conveyor belt component is installed on intermediate chassis (22), side chassis is equipped with side conveyer belt on (23)
Component, the conveying band connection rack (25) of every side are respectively and fixedly provided with the conveyer belt side frame (24) being vertically arranged, two conveyer belt sides
The distance between frame (24) is gradually reduced from input end to outlet end, the rear end and backgauge side plate (221) of conveyer belt side frame (24)
Front side edge alignment, side feed band component is installed on the inside of conveyer belt side frame (24)；Prolong the rear end of conveying shovel board (21)
Stretching has shovel board seat board (211), and shovel board seat board (211) is fixedly connected with conveyer belt chassis (22), conveying shovel board (21) and shovel board seat
Plate (211) junction is provided with the circular arc accommodation groove with intermediate conveyor belt component and the cooperation of side conveyer belt assembly front end；
The rear end of conveying band connection rack (25) is provided with vertical dovetail spline (251), car body (100) the front end setting
There is the vertical dovetail keyway being slidably matched with vertical dovetail spline (251), is fixed with below the longitudinal direction bracket (19) for driving
The conveying lifting cylinder (26) of entire conveying device (2) up and down motion is moved, the telescopic end and conveyer belt of lifting cylinder (26) are conveyed
It is fixedly connected at the top of connection rack (25)；
The intermediate conveyor belt component includes one group of intermediate conveying shaft and suit being rotatably installed on intermediate chassis (22)
It is equipped on the intermediate intermediate conveyor belt (223) conveyed in shaft, intermediate chassis (22) for driving a wherein centre conveying
The intermediate of shaft rotation conveys motor (222)；The side conveyer belt assembly includes one group and is rotatably installed in side chassis (23)
On side conveying shaft and the side conveyer belt (232) that is sleeved in side conveying shaft, side chassis installs on (23)
There is side conveying motor (231) for driving wherein side conveying shaft rotation；
The side feed includes one group of side feed shaft being rotatably installed on side chassis (24) and suit with component
Side feed band (242) in side feed shaft, be equipped on side chassis (24) for drive wherein one side convey
The side feed motor (241) of shaft rotation, is provided with oblique type rubber skirt in the bottom side of side feed band (242)
(243)。
4. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: described
Sand filter includes pore screen drum (31), and pore screen drum (31) front end is provided with mixing sand material import (311), pore screen drum
(31) rear end is provided with mixing sand material outlet (312), is distributed and is provided with for fine sand on the circumferential side wall of the pore screen drum (31)
By sand material pore, is rotatably equipped with the center axis of rolling (34) in the pore screen drum (31), the center axis of rolling is set on (34)
It is equipped with helical blade (35), spiral hairbrush, the rear end of pore screen drum (31) is fixedly installed in the outer side edges of helical blade (35)
It is equipped with blade driving motor (32), the output end of blade driving motor (32) and the end of the center axis of rolling (34) drive and connect
It connects；
The center axis of rolling (34) uses hollow axis body, is provided with hollow axocoel, the center axis of rolling in the center axis of rolling (34)
(34) leakage hole is evenly distributed in outer circumferential walls, the front end of the center axis of rolling (34) is connected to water supply mechanism；
The water supply mechanism includes water supply pump (33), and the outlet end of water supply pump (33) passes through rotary joint and the center axis of rolling (34)
Front end connection, the input end of water supply pump (33) is connected with water supplying pipe (36)；
The free end of the water supplying pipe (36) is also equipped with seawater filtering device (37)；
Pore screen drum (31) front end is provided with front end-plate (315), and the front end rotation of the center axis of rolling (34) is threaded through front end
On plate (315), the lateral surface of front end-plate (315) is extended with pump seat (316), and the water supply pump (33) is fixedly mounted on pump seat
(316) on；
Pore screen drum (31) rear end is provided with end plate (314), and the rear end thereof of the center axis of rolling (34) is threaded through rear end
On plate (314), the blade driving motor (32) is fixedly mounted on the lateral surface of end plate (314)；
Multiple screen drum connecting flanges (313) are fixed on the outer wall of the pore screen drum (31), pore screen drum (31) passes through screen drum
It is internal that connecting flange (313) is fixedly mounted on car body (100).
5. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: on described
Material lifting device (4) includes the support ring frame (41) being mounted on car body (100), scraper plate ring (42) and submits driving machine
Structure, scraper plate ring (42) turning set is mounted in support ring frame (41) periphery, between scraper plate ring (42) and support ring frame (41)
It surrounds annulus conveyor chamber (48), is evenly distributed on the circumferential inner wall of scraper plate ring (42) multiple scraper plates (422), scraper plate (422)
Annulus conveyor chamber (48) is separated into multiple conveying separate spaces, the lower inner side wall of support ring frame (41) offers feed inlet (43),
The upper end inner sidewall of support ring frame (41) offers discharge port (44)；It is provided with and scrapes in the outer circumferential walls of the scraper plate ring (42)
Plate gear ring (421), support ring frame (41) upper end, which is extended with, submits drive seat (46), submits to be rotatably equipped on drive seat (46) and mentions
Driving gear (47) is sent, driving gear (47) is submitted with scraper plate gear ring (421) and engages connection, on the side wall for submitting drive seat (46)
Be also equipped with for drive submit driving gear (47) rotate submit driving motor (45).
6. refuse pollution intelligent integral recycling equipment in ocean according to claim 4, it is characterised in that: described light
Weight screening plant (5) includes weight screening tank (51) and lightweight object transfer tape assemble, rotational installation in weight screening tank (51)
There is one group of weight conveying shaft (513), is set with weight conveyer belt (511), weight screening tank in weight conveying shaft (513)
(51) the weight driving motor (512) for driving wherein weight conveying shaft (513) is installed on lateral wall；Weight sieve
Select the rear end of slot (51) is diagonally-installed to have lightweight object transfer tape assemble, the lightweight object transfer tape assemble includes lightweight transmission
Rack (52), lightweight object conveyer belt (521), lightweight transmission shaft (524) and lightweight driving motor (523), lightweight transmission
The both ends of rack (52) are rotatably equipped with lightweight transmission shaft (524) respectively, are set with lightweight object in lightweight transmission shaft (524)
Body conveyer belt (521), the outer surface of lightweight object conveyer belt (521) are additionally provided with multiple rows of rake hook (522), lightweight object conveyer belt
(521) there are heavier feeds channel, lightweight object conveyer belts between the upper surface of bottom and weight conveyer belt (511)
(521) the top is corresponding with the feed end of sea grass chopper set (6), installs on the lateral wall of the lightweight conveyor frame (52)
There is the lightweight driving motor (523) for driving wherein lightweight transmission shaft (524)；
The heavy material baffle (55) being provided with for blocking heavier feeds outlet is also slided in the rear end of the weight screening tank (51),
Screening is fixed on weight screening tank (51) side wall above heavy material baffle (55) and is transversely mounted frame (53), and screening is transversely mounted
Multiple backgauge compressed springs (56) are connected between frame (53) and heavy material baffle (55), screening is transversely mounted the lower end of frame (53)
It is provided at least two groups backgauge electromagnet (54), the upper end of heavy material baffle (55) is correspondingly arranged at least two groups backgauge electromagnet
(54)；
It is further fixed on weight rack flange (57) below the rear end of the weight screening tank (51), weight rack flange (57) and tiltedly
The mesh screen flange of veil sieve (58) is fixedly connected, and mesh screen leakage hole, inclined-plane mesh screen (58) is distributed in the surface of inclined-plane mesh screen (58)
Lower end it is corresponding with the feed end of ratchel screening plant (8)；
The front end of the weight screening tank (51) is also equipped with flushing machine (200), and flushing machine (200) includes sequentially connected
Syringe pipe (201), flush water pump (202) and flushing drinking-water pipe (203), the bottom for rinsing drinking-water pipe (203) are also equipped with
Seawater filtering device (37)；
The seawater filtering device (37) includes the water pipe head connecting with flushing drinking-water pipe (203) or water supplying pipe (36) end
(371), inner sleeve (372), connector sleeve (375) and net (374), the inner sleeve (372) are rotatably installed in by bearing
In water pipe head (371), the open end of water pipe head (371) is further fixed on bearing end decorative cover (373), under inner sleeve (372)
Hold fixing sleeve that connector sleeve (375) are housed, connector sleeve (375) lower end is connected with net (374), encloses on net (374) outer wall
Central axis distribution around connector sleeve (375) is fixedly installed multiple arcs blade (377)；The upper end of the connector sleeve (375)
Set gear ring (376) is provided on outer wall, the outer wall of the water pipe head (371), which is extended, blade drive seat (3710), knife
The blade drive gear (379) engaged with set gear ring (376), blade drive seat are rotatably equipped in piece drive seat (3710)
(3710) it is also equipped on knife drive motor (378), the output end and blade drive gear of knife drive motor (378)
(379) shaft end is drivingly connected.
7. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: the sea
Careless chopper set (6) includes mincing conveying frame (61), metal conveyor belt (612), mincing conveying shaft (613), mince conveying
It motor (611) and minces seat board (68), described mince is rotatably equipped with one group in conveying frame (61) and minces conveying shaft
(613), it minces and is set with metal conveyor belt (612) in conveying shaft (613), mince and installed on the lateral wall of conveying frame (61)
Have and wherein one mince conveying shaft (613) for drive and mince feeder motor (611), minces in conveying frame (61) and also fix
There is be used to support metal conveyor belt (612) to mince support plate (614)；Described mince conveying frame (61) are consolidated by vertical frame plate
Surely have cabane plate (64), it is described to mince seat board (68) upper surface surrounding and be fixed on cabane plate (65) by multiple flexible slide bars (65)
Lower end surface, be set in flexible slide bar (65) and mince compressed spring (67), the lower end surface of cabane plate (65) is provided with multiple chop
Broken electromagnet (66), mince seat board (68) upper surface be correspondingly arranged on it is multiple mince electromagnet (66), it is described to mince seat board
(68) lower end surface is equipped with multiple blade mounting bases (69), is equipped with multi-disc in blade mounting base (69) and minces blade, adjacent
The arranged direction for mincing blade of blade mounting base (69) is arranged in a mutually vertical manner；
The rear end for mincing conveying frame (611) is also rotatably equipped with hairbrush shaft (63), is distributed and is set in hairbrush shaft (63)
It is equipped with multiple rows of rolling hairbrush (631) for contacting with metal conveyor belt (612) surface, minces the outside of conveying frame (611)
Hairbrush driving motor (62) for driving hairbrush shaft (63) is installed on wall.
8. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: described solid
Fixed pattern sea grass screen drum (74) is fixedly mounted below sea grass screening rack (71), in the circumference of the rotary sea grass outer cylinder (73)
Wall is provided with the spiral hairbrush (731) for contacting with fixed sea grass screen drum (74) outer wall, the rotary sea grass outer cylinder
(73) it is fixed among outer circumferential walls outer cylinder gyration gear ring (724), outer cylinder gyration gear ring (724) is rotated by pivoting support pacifies
Below sea grass screening auxiliary framework (711), it is also equipped in sea grass screening auxiliary framework (711) for driving rotary sea
The sea grass outer cylinder rotary motion mechanism (72) of careless outer cylinder (73) rotation；Sea grass sieve is installed in the fixed sea grass screen drum (74)
Choosing separation screw mechanism；
The sea grass outer cylinder rotary motion mechanism (72) includes outer cylinder revolution driving base (721), outer cylinder revolution driving gear
(722) and outer cylinder revolution driving motor (723), outer cylinder revolution driving is rotatably equipped on outer cylinder revolution driving base (721)
Gear (722), outer cylinder revolution driving gear (722) engage connection, the outer cylinder revolution driving electricity with outer cylinder gyration gear ring (724)
The output end of machine (723) and the shaft end of outer cylinder revolution driving gear (722) are drivingly connected；
The sea grass screening separation screw mechanism includes sea grass screening separation rotation axis (745) and sea grass screening separation driving electricity
Machine (741), sea grass screening separation rotation axis (745) front end are rotatably installed in sea grass and screen on interior tube stent (744), sea grass screening
Interior tube stent (744) is fixed in fixed sea grass screen drum (74), sea grass screening separation rotation axis (745) the rear end thereof peace
In sea grass screening supporting baffle (742), after sea grass screening supporting baffle (742) is fixed on fixed sea grass screen drum (74)
End, sea grass screening separation driving motor (741) are mounted in sea grass screening supporting baffle (742), sea grass screening separation driving electricity
The output end of machine (741) separates rotation axis (745) with sea grass screening and is drivingly connected；Sea grass screening separation rotation axis (745)
On be fixed with sea grass screening helical blade (746), sea grass screening helical blade (746) outer side edges be fixedly installed sea grass screening
Spiral hairbrush (747)；
The first conveyer mechanism is provided with below the discharge end of the fixed sea grass screen drum (74), the first conveyer mechanism goes out
Material is provided with garbage collection box (78) below end；First conveyer mechanism includes the first conveyor frame (75), one group first
Transmit shaft (753), the first conveyer belt (751) and the first transport motor (752), rotational installation in the first conveyor frame (75)
There is one group of first transmission shaft (753), is set with the first conveyer belt (751), the first conveyor frame in the first transmission shaft (753)
(75) the first transport motor (752) for driving wherein one first transmission shaft (753) is installed on lateral wall；
The second conveyer mechanism is provided with below the discharge end of the rotary sea grass outer cylinder (73), the second conveyer mechanism goes out
Material is provided with sea grass collecting box (77) below end；Second conveyer mechanism includes the second conveyor frame (76), one group second
Transmit shaft (763), the second conveyer belt (761) and the second transport motor (762), rotational installation in the second conveyor frame (76)
There is one group of second transmission shaft (763), is set with the second conveyer belt (761), the second conveyor frame in the second transmission shaft (763)
(76) the second transport motor (762) for driving wherein one second transmission shaft (763) is installed on lateral wall.
9. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: described big
Stone screening plant (8) includes that ratchel screening rack (81), shell conveying frame (82), shell conveyer belt (821), shell are defeated
Send shaft (823), shell feeder motor (822), shaker pan (83) and ratchel collecting box (86), the ratchel screening
It is equipped in rack (81) shell conveying frame (82), one group of shell conveying is rotatably equipped in the shell conveying frame (82)
Shaft (823), shell conveys to be set with shell conveyer belt (821) on shaft (823), on the lateral wall of shell conveying frame (82)
Shell feeder motor (822) for driving wherein shell conveying shaft (823) is installed；Shell conveying frame (82) upper end
It is also extended with vibrating screen rack (827), the shaker pan (83) of inclination arrangement, vibration is provided with above vibrating screen rack (827)
It is connected with spring of vibrating screen (85) between the two sides side and vibrating screen rack (827) of screen tray (83), the two of shaker pan (83)
Side side is also connected with vibration inserting column (832), and vibration inserting column (832) vertical movable is inserted on vibrating screen rack (827), vibrates
There is vibrating motor (84) distributing installation on screen tray (83), distribution is provided on shaker pan (83) passes through for shell and finger stone
Elongated sieve pore (831), ratchel screening rack (81) on is also equipped with ratchel collecting box (86), ratchel collecting box (86) with
The bottom of shaker pan (83) is corresponding；
The rear end of the shell conveying frame (82) is also rotatably equipped with the first hairbrush shaft (825), the first hairbrush shaft (825)
Upper distribution is provided with multiple rows of first for contacting with shell conveyer belt (821) surface and rolls hairbrush (826), shell conveying frame
(82) the first hairbrush driving motor (824) for driving the first hairbrush shaft (825) is installed on lateral wall；The shell
Leakage hole is distributed on conveyer belt (821), shell conveying frame (82) lower end offers leak notch (828).
10. refuse pollution intelligent integral recycling equipment in ocean according to claim 1, it is characterised in that: described
Fixed shell screen drum (94) is fixedly mounted in shell screening rack (91), in the circumference of the rotary intermediate screen drum (93)
Wall is provided with the first spiral hairbrush (932) for contacting with fixed shell screen drum (94) outer wall, the rotary centre
The outer circumferential walls front-end and back-end of screen drum (93) are respectively and fixedly provided with intermediate screen drum gyration gear ring (931), intermediate screen drum gyration gear ring
(931) it is rotatably installed in shell by pivoting support to screen on the first auxiliary framework, shell screens also pacifies on the first auxiliary framework
Equipped with for driving the first rotary motion mechanism of rotary intermediate screen drum (93) rotation；The rotary shell outer cylinder (92)
Circumferential inner wall is provided with the second spiral hairbrush (922) for contacting with the outer circumferential walls of rotary intermediate screen drum (93), institute
It states and is fixed with shell outer cylinder gyration gear ring (921), shell outer cylinder rotary teeth among the outer circumferential walls of rotary shell outer cylinder (92)
Circle (921) is rotatably installed in shell by revolving support and screens on the second auxiliary framework, and shell screens on the second auxiliary framework also
The second rotary motion mechanism for driving rotary shell outer cylinder (92) rotation is installed；The fixed shell screen drum (94)
Shell screening separation screw mechanism is inside installed；
First rotary motion mechanism include the first revolution driving base (914), intermediate screen drum sliding tooth wheel (916) and in
Between screen drum driving motor (915), be rotatably equipped with intermediate screen drum sliding tooth wheel (916) on the first revolution driving base (914), in
Between screen drum driving gear (916) with centre screen drum gyration gear ring (931) engage connection, the intermediate screen drum driving motor (915)
Output end and the shaft end of intermediate screen drum sliding tooth wheel (916) be drivingly connected；
Second rotary motion mechanism includes the second revolution driving base (911), shell outer cylinder driving gear (913) and shellfish
Shell outer cylinder driving motor (912) is rotatably equipped with shell outer cylinder driving gear (913), shellfish on the second revolution driving base (911)
Connection, the shell outer cylinder driving motor (912) are engaged in shell outer cylinder driving gear (913) with shell outer cylinder gyration gear ring (921)
Output end and shell outer cylinder driving gear (913) shaft end be drivingly connected；
The shell screening separation screw mechanism includes shell screening separation rotation axis (96) and shell screening separation driving electricity
Machine (95), the front end of shell screening separation rotation axis (96) are rotatably installed in shell and screen on interior tube stent (942), shell screening
Interior tube stent (942) is fixed in fixed shell screen drum (94), the rear end thereof of shell screening separation rotation axis (96)
It is mounted in shell screening supporting baffle (941), shell screening supporting baffle (941) is fixed on fixed shell screen drum (94)
Rear end, the output end of shell screening separation driving motor (95) separate rotation axis (96) with shell screening and are drivingly connected；The shellfish
Shell screening helical blade (961) is fixed in shell screening separation rotation axis (96), shell screens the outside of helical blade (961)
While being fixedly installed shell screening spiral hairbrush (962)；
It is disposed with shell crushing device (300) below the discharge end of the fixed shell screen drum (94) and shell crushes dress
It sets (400), is provided with finger stone collecting box (500) below the discharge end of the rotary intermediate screen drum (93), it is described rotary
It is provided with shell grinding device (400) below the discharge end of shell outer cylinder (92), the discharge end of the shell grinding device (400)
It is provided with shell powder collecting box (600).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910238850.8A CN109914332B (en) | 2019-03-27 | 2019-03-27 | Intelligent integrated recovery processing equipment for marine garbage pollution |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201910238850.8A CN109914332B (en) | 2019-03-27 | 2019-03-27 | Intelligent integrated recovery processing equipment for marine garbage pollution |
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| CN109914332B CN109914332B (en) | 2021-02-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN113522941A (en) * | 2021-09-09 | 2021-10-22 | 徐州泽众环境科技有限公司 | Reverse action type non-contact magnetic oscillation sand removal beach garbage cleaning and treating vehicle |
| CN113622363A (en) * | 2021-10-13 | 2021-11-09 | 莫朗(江苏)电气有限公司 | Beach garbage cleaning vehicle |
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| CN115583849A (en) * | 2022-11-10 | 2023-01-10 | 王勇 | Organic fertilizer and production process thereof |
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| CN113522941B (en) * | 2021-09-09 | 2021-11-19 | 徐州泽众环境科技有限公司 | Reverse action type non-contact magnetic oscillation sand removal beach garbage cleaning and treating vehicle |
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| CN115583849A (en) * | 2022-11-10 | 2023-01-10 | 王勇 | Organic fertilizer and production process thereof |
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| CN109914332B (en) | 2021-02-26 |
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