CN110463440A - One main laminaria harvesting device - Google Patents
One main laminaria harvesting device Download PDFInfo
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- CN110463440A CN110463440A CN201910908491.2A CN201910908491A CN110463440A CN 110463440 A CN110463440 A CN 110463440A CN 201910908491 A CN201910908491 A CN 201910908491A CN 110463440 A CN110463440 A CN 110463440A
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- main body
- kelp
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- harvesting device
- drive rod
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D44/00—Harvesting of underwater plants, e.g. harvesting of seaweed
Abstract
The present invention relates to kelps to gather in field, a specially main laminaria harvesting device, including apparatus main body, direction of the inside of described device main body from one end to the other end, which is disposed with, arranges structure, conveying mechanism and container structure, the inside of described device main body is provided with cutting mechanism above conveying mechanism, the inside of described device main body is provided with winding transfer roller above container structure, and the conveying mechanism includes two groups of feeding structures and the fixed plate for being used to drive the driving motor of feeding structure, traction rope body.The one main laminaria harvesting device can be transmitted and cut collection to the kelp of bunchiness, and arrange in transmit process to it, the kelp being cut is allowed to stack gradually arrangement, convenient for the subsequent processing of taking of people, the rope for having cut kelp is carried out rolling storage, convenient for processing.
Description
Technical field
The present invention relates to kelps to gather in field, specially a main laminaria harvesting device.
Background technique
It is to be clamped between each stock that kelp base is interspersed in rope body when laminaria culture, so needing when harvesting kelp to kelp
It is cut, currently, the method for cutting kelp mainly uses manual operation, is cut off kelp with knife by worker, such processing
Mode, labor intensity is high, time-consuming and laborious, low efficiency, and with the increase of human cost, compiling costs is significantly increased.For this purpose,
It is proposed that a main laminaria harvesting device.
Summary of the invention
The technical issues of solution
In view of the deficiencies of the prior art, the present invention provides a main laminaria harvesting devices, can be transmitted to the kelp of bunchiness
It collects with cutting, and it is arranged in transmit process, allow the kelp being cut to stack gradually arrangement, just
In the subsequent processing of taking of people, the rope for having cut kelp is carried out rolling storage, convenient for processing.
(2) technical solution
The kelp of bunchiness can be transmitted and be cut collection for realization is above-mentioned, and it is arranged in transmit process,
The kelp being cut is allowed to stack gradually arrangement, convenient for the subsequent processing of taking of people, to the rope for having cut kelp
It carries out rolling storage, convenient for the purpose of processing, the invention provides the following technical scheme: a main laminaria harvesting device, including device
Main body, direction of the inside of described device main body from one end to the other end, which is disposed with, arranges structure, conveying mechanism and storage
Structure, the inside of described device main body are provided with cutting mechanism above conveying mechanism, and the inside of described device main body is leaned on
Winding transfer roller is provided with above nearly container structure, the conveying mechanism includes two groups of feeding structures and is used to drive feeding knot
The fixed plate of the driving motor of structure, traction rope body.
Preferably, the feeding structure includes that the drive rod set up along the vertical direction and follower lever, fixation are placed on drive rod
The driven roller of outer surface fixes the transmission for being placed on the driven voller of follower lever outer surface, being placed on the outer surface of driven roller and driven voller
Band, the driven roller are at same level height with driven voller and set up, the upper and lower ends difference of the drive rod and follower lever
It is flexibly connected between the top surface of the inside of apparatus main body, bottom surface, activity fitting between the conveyer belt of two groups of feeding structures.
Preferably, the outer surface of the drive rod is fixed with driving wheel far from the lower end of driven roller, the driving wheel
Transmission belt is connected between outer surface and the driving end of driving motor, it is living by transmission belt between the driving motor and driving wheel
Dynamic connection, is cased with the shell of waterproof on the outside of the driving motor, the input port of the driving motor and apparatus main body it is defeated
Exit port is electrically connected.
Preferably, the cutting mechanism includes rotation axis, terminal pad, cutting blade and driving band, the rotation axis activity
Through the upper end outer surface of apparatus main body, the terminal pad cylindrical form, between the terminal pad and the lower end of rotation axis
To be fixedly connected, the cutting blade is fixed at the outer surface of terminal pad, and the quantity of the cutting blade is three groups, and is cut
Cutting blade circular array arrangement, by driving band to be flexibly connected between the rotation axis and drive rod.
Preferably, the fixed plate upper setting along the vertical direction, it is fixed between the upper end and apparatus main body of the fixed plate
The outer surface of connection, the fixed plate offers lacing hole through two sides.
Preferably, the container structure includes the U-shaped accommodating groove in section, the lower end outer surface of the accommodating groove and device
To be fixedly connected between main body, the lower end of the accommodating groove is provided with arcuate bottom, and the interior aspect face of the arcuate bottom is provided with
Anti-skid ball, the hemispherical shape protrusion of anti-skid ball, the quantity of the anti-skid ball is several groups, and the anti-skid ball is arranged in array
Cloth.
Preferably, the arrangement structure includes water storage cabinet and two groups of compression rollers for being movably set in lower end outer surface, institute
The outer surface for stating compression roller is fixed with sponge ring close to upper part, and the sponge ring is in squeezed state, the compression roller
It is symmetrical set and the upper end outer surface for being embedded in apparatus main body is fixed in activity fitting between the two, the lower end of the water storage cabinet,
The lower end outer surface of the water storage cabinet offers scupper, and scupper is located at the top of two groups of sponge rings, the scupper
The side of inner wall is provided through water fender, and one end of the water fender extends the side of water storage cabinet and is connected with biography
Movable plate, the driver plate is provided through with the junction of water fender is connected axis, passes through rank between the driver plate and water fender
Spindle is flexibly connected, and the drive rod corresponds to and is provided with driving column at the height of driver plate, between the driver plate and drive rod
It is flexibly connected by driving column.
Preferably, the inside of the compression roller is through to lower end and extends shaft, and the shaft includes being located in compression roller
The cylinder in portion, the sheet body with compression roller lower end outer surface movable contact, are fixedly connected, described turn between the sheet body and cylinder
To be fixedly connected between the upper end of axis and water storage cabinet, it is flexibly connected between the compression roller and water storage cabinet by shaft.
Preferably, the side of the close arrangement structure of described device main body is provided with front support structure, the front end branch
Support structure includes connecting bottom board, support plate and feeding roller, and the support plate quantity is two groups and the common shape between connecting bottom board
At concave shape, the feeding roller is movably set between two groups of support plates, and a side of the connecting bottom board is at apparatus main body
Extend, and is to be fixedly connected between connecting bottom board and apparatus main body.
(3) beneficial effect
Compared with prior art, the present invention provides a main laminaria harvesting device, have it is following the utility model has the advantages that
1, the main laminaria harvesting device, can be transmitted and cut collection to the kelp of bunchiness, and right in transmit process
It is arranged, and the kelp being cut is allowed to stack gradually arrangement, convenient for the subsequent processing of taking of people, to having cut
The rope of kelp carries out rolling storage, convenient for processing.
2, the main laminaria harvesting device arranges structure and cooperates conveying mechanism, so that kelp keeps during conveying
Flattening, the drive rod of conveying mechanism avoid work people so that water fender periodically covers scupper by driver plate, linking axis
Member's moisturizing into water storage cabinet is excessively frequent, after arrangement structure drenches kelp assistance kelp flattening, in two groups of biographies of conveying mechanism
It send and squeezes limitation between band, prevent kelp backrush after flattening, therefore preferable for the arrangement and conveying effect of kelp.
3, the main laminaria harvesting device, container structure are arranged structure by the assistance for arranging structure and conveying mechanism
Drench kelp and increase kelp total quality, quality is bigger, inertia is bigger, throws away process at one end of the conveyer belt of conveying mechanism
In, the frictional force by conveyer belt acts on, so that kelp has the bigger inertia moved horizontally close to the part of upper end root,
Run-off the straight and the inside of accommodating groove can be dropped down onto for kelp lower half portion, therefore when kelp throws away, arcuate bottom cooperation
The gravity of kelp itself, which converges, to be stacked, in order to store management.
4, the main laminaria harvesting device passes through cutting mechanism and conveying mechanism for the harvesting process of kelp
Cooperation is completed, and conveyer belt clamps kelp in conveying mechanism, and cutting is completed by cutting blade in root, and drive rod is to cutter
Piece is driven, while cooperating the effect of lacing hole in fixed plate, prevents rope body from being dropped by gravity and being cut by cutting blade, because
This conveying mechanism cooperates cutting mechanism can be to the cutting of kelp progress more efficient stable.
Detailed description of the invention
Fig. 1 is overall structure figure of the present invention；
Fig. 2 is working state figure of the present invention；
Fig. 3 is cross-sectional view of the present invention；
Fig. 4 is the schematic diagram of water storage cabinet of the present invention；
Fig. 5 is that this hair arranges structure overall structure figure one；
Fig. 6 is that this hair arranges structure overall structure figure two；
Fig. 7 is conveying mechanism of the present invention and cutting mechanism partial schematic diagram；
Fig. 8 is conveying mechanism container structure schematic diagram of the present invention.
In figure: 1, apparatus main body；2, structure is arranged；21, water storage cabinet；22, scupper；23, compression roller；24, sponge ring；
25, shaft；26, water fender；27, driver plate；28, it is connected axis；29, driving column；3, conveying mechanism；31, feeding structure；311, it drives
Lever；312, driven roller；313, follower lever；314, driven voller；315, conveyer belt；32, fixed plate；321, lacing hole；33, it drives
Motor；34, transmission belt；35, driving wheel；4, cutting mechanism；41, rotation axis；42, terminal pad；43, cutting blade；44, it drives
Band；5, container structure；51, accommodating groove；52, arcuate bottom；53, anti-skid ball；6, transfer roller is wound；7, front support structure；71, it connects
Bottom plate；72, support plate；73, feeding roller.
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.
Please refer to Fig. 1-8, a main laminaria harvesting device, including apparatus main body 1, the inside of apparatus main body 1 is from one end to another
The direction of one end, which is disposed with, arranges structure 2, conveying mechanism 3 and container structure 5, and the inside of apparatus main body 1 is close to conveyer
The top of structure 3 is provided with cutting mechanism 4, and the inside of apparatus main body 1 is provided with winding transfer roller 6 close to the top of container structure 5, defeated
Sending mechanism 3 includes two groups of feeding structures 31 and the fixed plate for being used to drive the driving motor 33 of feeding structure 31, traction rope body
32。
Feeding structure 31 includes that the drive rod 311 set up along the vertical direction and follower lever 313, fixation are placed on drive rod 311
The driven roller 312 of outer surface, is placed on driven roller 312 and driven voller 314 at the fixed driven voller 314 for being placed on 313 outer surface of follower lever
Outer surface conveyer belt 315, driven roller 312 is at same level height with driven voller 314 and sets up, drive rod 311 with from
The upper and lower ends of lever 313 are flexibly connected between the top surface of the inside of apparatus main body 1, bottom surface respectively, two groups of feeding structures 31
Conveyer belt 315 between activity fitting, securely can be limited and be passed when ensuring kelp by between two groups of conveyer belts 315
It send.
The outer surface of drive rod 311 is fixed with driving wheel 35, the outer surface of driving wheel 35 far from the lower end of driven roller 312
Transmission belt 34 is connected between the driving end of driving motor 33, it is living by transmission belt 34 between driving motor 33 and driving wheel 35
Dynamic connection, the outside of driving motor 33 are cased with the shell of waterproof, enter damage driving motor 33, driving motor for anti-water-stop body
The output port of 33 input port and apparatus main body 1 is electrically connected, the model YE2-90L-4 of driving motor 33, when use
Driving motor 33 should additionally connect power supply line.
Cutting mechanism 4 includes that rotation axis 41, terminal pad 42, cutting blade 43 and driving band 44,41 activity of rotation axis run through
In the upper end outer surface of apparatus main body 1,42 cylindrical form of terminal pad is fixed between terminal pad 42 and the lower end of rotation axis 41
Connection, cutting blade 43 are fixed at the outer surface of terminal pad 42, and the quantity of cutting blade 43 is three groups, and cutting blade 43
Circular array arrangement, by driving band 44 to be flexibly connected between rotation axis 41 and drive rod 311, for being carried out to kelp root
Cutting.
The upper setting along the vertical direction of fixed plate 32, is fixedly connected, fixed plate between the upper end and apparatus main body 1 of fixed plate 32
32 outer surface offers lacing hole 321 through two sides, is used for traction rope body, makes body holding level as far as possible of restricting, secondly, sponge
Circle 24, which clamps, is equally beneficial for keeping the as horizontal as possible of rope body.
Container structure 5 includes the U-shaped accommodating groove 51 in section, between the lower end outer surface and apparatus main body 1 of accommodating groove 51
To be fixedly connected, the lower end of accommodating groove 51 is provided with arcuate bottom 52, and the interior aspect face of arcuate bottom 52 is provided with anti-skid ball 53, prevents
The sliding hemispherical shape of ball 53 protrusion, the quantity of anti-skid ball 53 is several groups, and anti-skid ball 53 is arranged in array, and anti-skid ball 53 can make
The first layer kelp fallen is uniformly laid on the medial surface of arcuate bottom 52 as far as possible, avoids stacking the phenomenon that excessively concentrating.
Arrange two groups of compression rollers 23 that structure 2 includes water storage cabinet 21 with is movably set in lower end outer surface, compression roller 23
Outer surface be fixed with sponge ring 24 close to upper part, sponge ring 24 is in squeezed state, and compression roller 23 is symmetrical set
And activity fitting between the two, the fixed upper end outer surface for being embedded in apparatus main body 1 in the lower end of water storage cabinet 21, water storage cabinet 21
Lower end outer surface offers scupper 22, and scupper 22 is located at the top of two groups of sponge rings 24, the side of 22 inner wall of scupper
It is provided through water fender 26, one end of water fender 26 extends the side of water storage cabinet 21 and is connected with driver plate 27,
Driver plate 27 is provided through with the junction of water fender 26 is connected axis 28, by being connected axis between driver plate 27 and water fender 26
28 are flexibly connected, and are provided with driving column 29 at the height of the corresponding driver plate 27 of drive rod 311, driver plate 27 and drive rod 311 it
Between be flexibly connected by driving column 29, it is ensured that water fender 26 blocks scupper 22 with 311 rotation period of drive rod.
The inside of compression roller 23 is through to lower end and extends shaft 25, and shaft 25 includes the column inside compression roller 23
Body, with the sheet body of 23 lower end outer surface movable contact of compression roller, be fixedly connected between sheet body and cylinder, the upper end of shaft 25 with
It to be fixedly connected between water storage cabinet 21, is flexibly connected between compression roller 23 and water storage cabinet 21 by shaft 25, it is ensured that squeeze
Roller 23 can rotate, and compression roller 23 selects elastic rubber material roll body, to prevent kelp to be crushed.
The side of the close arrangement structure 2 of apparatus main body 1 is provided with front support structure 7, and front support structure 7 includes connecting
Bottom plate 71, support plate 72 and feeding roller 73 are connect, 72 quantity of support plate is two groups and concave is collectively formed between connecting bottom board 71
Shape, feeding roller 73 are movably set between two groups of support plates 72, a side of connecting bottom board 71 to extending at apparatus main body 1, and
To be fixedly connected between connecting bottom board 71 and apparatus main body 1, is conducive to assist the front end of kelp to introduce, assists the tension of rope body.
When work, in the rope body for accompanying kelp root across the feeding roller 73 of front support structure 7, then by arranging structure
Between 2 two groups of sponge rings 24, later restrict body passed through again from the top of two groups of conveyer belts 315 and pass through lacing hole 321, finally around
At winding transfer roller 6, the rotation of winding transfer roller 6 winds rope body, and water is injected in water storage cabinet 21, and water is dripped by scupper 22
It drops down at sponge ring 24 and absorbs, excessive water is directly fallen, and in the process, drive rod 311 is driven driver plate 27, drives gear
Water plate 26, which periodically blocks, opens scupper 22, is drenched with cooperating the kelp being distributed on rope body to carry out intermittent watering, water body edge
Kelp surface is moved downwards, and then cooperates gravity that kelp is assisted further to stretch and flatten, when rope continues to move to, sea
By between two groups of conveyer belts 315, drive rod 311 drives to cutting blade 43, cutter by driving band 44 below band root
The rotation of piece 43 carries out the cutting of kelp root, and lacing hole 321 prevents rope body from excessively dropping and being switched to by cutting blade 43, under cutting
The kelp come is continued to convey by two groups of clampings of conveyer belt 315, until being thrown out of after reaching one end, at this point, since kelp is close to upper
The root position at end is acted on by the frictional force of conveyer belt 315, has the inertia mobile to horizontal direction, and kelp is located at biography
Send 315 section below opposite upper part of band more steady, therefore during throwing away, the trend that kelp root moves horizontally is more aobvious
It writes, and then kelp falls in dropping process in the state of cutting tiltedly, and drops down onto the inside of accommodating groove 51, arcuate bottom 52 plays kelp
To the effect of convergence, kelp is gathered in and is collected by this method, and user periodically takes out the kelp stacked in accommodating groove 51 i.e.
Can, it is more convenient.
In conclusion the kelp of bunchiness can be transmitted and be cut collection, and in transmit process it is carried out whole
Reason, allows the kelp being cut to stack gradually arrangement, convenient for the subsequent processing of taking of people, to the rope for having cut kelp
Suo Jinhang rolls storage, convenient for processing；It arranges structure 2 and cooperates conveying mechanism 3, so that kelp keeps exhibition during conveying
It is flat, the drive rod 311 of conveying mechanism 3, by driver plate 27, linking axis 28, so that water fender 26 periodically covers scupper 22,
It avoids staff's moisturizing into water storage cabinet 21 excessively frequent, after arrangement structure 2 drenches kelp assistance kelp flattening, is conveying
Squeeze limitation between two groups of conveyer belts 315 of mechanism 3, prevent kelp backrush after flattening, thus for the arrangement of kelp with it is defeated
Send effect preferable；Container structure 5 is arranged structure 2 and drenches kelp increase sea by the assistance for arranging structure 2 and conveying mechanism 3
Band total quality, quality is bigger, inertia is bigger, during throwing away at one end of the conveyer belt 315 of conveying mechanism 3, is passed
The frictional force of band 315 is sent to act on, so that kelp has the bigger inertia moved horizontally close to the part of upper end root, compared to
For kelp lower half portion, therefore run-off the straight and the inside of accommodating groove 51 can be dropped down onto when kelp throws away, arcuate bottom 52 cooperates sea
Gravity with itself, which converges, to be stacked, in order to store management；For the harvesting process of kelp, pass through cutting mechanism 4
Cooperation with conveying mechanism 3 is completed, and conveyer belt 315 clamps kelp in conveying mechanism 3, and root is completed by cutting blade 43
Cutting, while cooperating the effect of lacing hole 321 in fixed plate 32, prevent rope body from being dropped by gravity and being cut by cutting blade 43,
Therefore conveying mechanism 3 cooperates cutting mechanism 4 can be to the cutting of kelp progress more efficient stable.
It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.
Claims (9)
1. a main laminaria harvesting device, including apparatus main body (1), structure (2), conveying mechanism (3) and container structure (5) are arranged,
Direction of the inside of described device main body (1) from one end to the other end be disposed with arrange structure (2), conveying mechanism (3) with
Container structure (5), it is characterised in that: the inside of described device main body (1) is provided with cutting machine above conveying mechanism (3)
Structure (4), the inside of described device main body (1) are provided with winding transfer roller (6), the conveyer above container structure (5)
Structure (3) includes two groups of feeding structures (31), the fixation with the driving motor (33), traction rope body that are used to drive feeding structure (31)
Plate (32).
2. main laminaria harvesting device according to claim 1, it is characterised in that: the feeding structure (31) includes along perpendicular
Histogram to the drive rod (311) set up and follower lever (313), the fixed driven roller (312) for being placed on drive rod (311) outer surface,
The fixed driven voller (314) for being placed on follower lever (313) outer surface is placed on driven roller (312) and the outer surface of driven voller (314)
Conveyer belt (315), the driven roller (312) is at same level height with driven voller (314) sets up, the drive rod
(311) it is flexibly connected between the top surface of the inside of apparatus main body (1), bottom surface respectively with the upper and lower ends of follower lever (313), institute
State activity fitting between the conveyer belt (315) of two groups of feeding structures (31).
3. main laminaria harvesting device according to claim 2, it is characterised in that: the outer surface of the drive rod (311)
Lower end far from driven roller (312) is fixed with driving wheel (35), the outer surface and driving motor (33) of the driving wheel (35)
Driving end between be connected with transmission belt (34), it is living by transmission belt (34) between the driving motor (33) and driving wheel (35)
It is dynamic to connect, the shell of waterproof, the input port and device of the driving motor (33) are cased on the outside of the driving motor (33)
The output port of main body (1) is electrically connected.
4. main laminaria harvesting device according to claim 2, it is characterised in that: the cutting mechanism (4) includes rotation
Axis (41), terminal pad (42), cutting blade (43) and driving band (44), the rotation axis (41) are movable through apparatus main body
(1) upper end outer surface, terminal pad (42) cylindrical form, between the terminal pad (42) and the lower end of rotation axis (41)
To be fixedly connected, the cutting blade (43) is fixed at the outer surface of terminal pad (42), the number of the cutting blade (43)
Amount is three groups, and cutting blade (43) circular array is arranged, and passes through driving between the rotation axis (41) and drive rod (311)
Band (44) is flexibly connected.
5. main laminaria harvesting device according to claim 1, it is characterised in that: the fixed plate (32) is along the vertical direction
Upper setting is fixedly connected between the upper end and apparatus main body (1) of the fixed plate (32), and the outer surface of the fixed plate (32) is passed through
It wears two sides and offers lacing hole (321).
6. main laminaria harvesting device according to claim 1, it is characterised in that: the container structure (5) includes section
U-shaped accommodating groove (51) is fixedly connected between the lower end outer surface and apparatus main body (1) of the accommodating groove (51), described
The lower end of accommodating groove (51) is provided with arcuate bottom (52), and the interior aspect face of the arcuate bottom (52) is provided with anti-skid ball (53),
The hemispherical shape protrusion of anti-skid ball (53), the quantity of the anti-skid ball (53) is several groups, and the anti-skid ball (53) is in battle array
Column arrangement.
7. main laminaria harvesting device according to claim 2, it is characterised in that: the arrangement structure (2) includes water storage
Cabinet (21) and two groups of compression rollers (23) for being movably set in lower end outer surface, the outer surface of the compression roller (23) is close to upper end
Part be fixed with sponge ring (24), the sponge ring (24) be in squeezed state, the compression roller (23) be symmetrical set and
Activity fitting between the two, the fixed upper end outer surface for being embedded in apparatus main body (1) in the lower end of the water storage cabinet (21), the storage
The lower end outer surface of water tank (21) offers scupper (22), and scupper (22) is located at the top of two groups of sponge rings (24),
The side of scupper (22) inner wall is provided through water fender (26), and water tank is extended in one end of the water fender (26)
It the side of body (21) and is connected with driver plate (27), the junction of the driver plate (27) and water fender (26) is through setting
Have linking axis (28), is flexibly connected between the driver plate (27) and water fender (26) by being connected axis (28), the drive rod
(311) it is provided with driving column (29) at the height of corresponding driver plate (27), leads between the driver plate (27) and drive rod (311)
Cross driving column (29) flexible connection.
8. main laminaria harvesting device according to claim 7, it is characterised in that: the inside of the compression roller (23) is run through
Extend shaft (25) to lower end, the shaft (25) includes under compression roller (23) internal cylinder and compression roller (23)
The sheet body for holding outer surface movable contact is fixedly connected, the upper end of the shaft (25) and water storage between the sheet body and cylinder
To be fixedly connected between cabinet (21), it is flexibly connected between the compression roller (23) and water storage cabinet (21) by shaft (25).
9. main laminaria harvesting device according to claim 1, it is characterised in that: described device main body (1) close to whole
The side of reason structure (2) is provided with front support structure (7), and the front support structure (7) includes connecting bottom board (71), support
Plate (72) and feeding roller (73), support plate (72) quantity are two groups and concave shape are collectively formed between connecting bottom board (71)
Shape, the feeding roller (73) are movably set between two groups of support plates (72), a lateral device master of the connecting bottom board (71)
Extend at body (1), and is to be fixedly connected between connecting bottom board (71) and apparatus main body (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910908491.2A CN110463440B (en) | 2019-09-25 | 2019-09-25 | Kelp harvesting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910908491.2A CN110463440B (en) | 2019-09-25 | 2019-09-25 | Kelp harvesting device |
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| Publication Number | Publication Date |
|---|---|
| CN110463440A true CN110463440A (en) | 2019-11-19 |
| CN110463440B CN110463440B (en) | 2022-10-18 |
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ID=68516735
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910908491.2A Active CN110463440B (en) | 2019-09-25 | 2019-09-25 | Kelp harvesting device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111557168A (en) * | 2020-05-22 | 2020-08-21 | 黄凤科 | Kelp collecting equipment |
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| Publication number | Publication date |
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| CN110463440B (en) | 2022-10-18 |
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