CN112617239B

CN112617239B - Efficient lichen cleaning machine

Info

Publication number: CN112617239B
Application number: CN202011550179.XA
Authority: CN
Inventors: 朱裔彦
Original assignee: Nanjing Runyang Starch Products Co ltd
Current assignee: Nanjing Runyang Starch Products Co ltd
Priority date: 2020-12-24
Filing date: 2020-12-24
Publication date: 2021-11-30
Anticipated expiration: 2040-12-24
Also published as: CN112617239A

Abstract

The utility model provides an efficient lichen cleaning machine, includes support housing, the fixed first water pump that sets up at support housing left side terminal surface, the fixed inlet tube that sets up in first water pump below, the fixed water injection pipe that sets up at first water pump output, the fixed first connecting pipe that sets up in the water injection pipe top, the fixed water storage box that sets up in support housing left end lower part, rotate silt belt cleaning device, the fixed withered leaf withered branch clearing device that sets up in support housing right part upper end that sets up on the water injection pipe, the inlet tube is located inside the water storage box, and after the work of withered leaf withered branch clearing device finishes, silt belt cleaning device begins work again, can carry out the separation of withered leaf and withered branch earlier with difficult abluent lichen, and the silt clearance on carrying out the lichen is accomplished to high efficiency, and fast efficient lichen is washd.

Description

Efficient lichen cleaning machine

Technical Field

The invention belongs to the field of food appliances, and particularly relates to a high-efficiency lichen cleaning machine.

Background

Lichen is a symbiotic complex of algae and fungi, people in many places are used to be called nostoc commune, and some places are also called nostoc commune, so that the lichen has higher nutritional value, has the functions of enhancing physical strength, reducing fat, improving the name, reducing fever, reducing internal heat, improving immunity, tonifying qi and tonifying kidney, and people who eat the lichen are praised for the lichen. However, lichens grow in a humid environment and grow on the ground, a lot of silt and dead branches and leaves are brought in during collection, and the lichens are also accumulated together, so that the soil in the lichens is not easy to clean. The whole cleaning process needs a lot of time and manpower, so that the design of a lichen cleaning machine capable of automatically cleaning lichen is very important.

Disclosure of Invention

The invention aims to overcome the defects of the prior art, provides the lichen cleaning machine capable of automatically cleaning lichens with high efficiency, and can automatically separate dead branches and leaves on the lichens and deeply clean silt in the lichen cleaning machine.

In order to achieve the purpose, the invention adopts the following technical scheme: the utility model provides an efficient lichen cleaning machine, includes support housing, fixed setting at the first water pump of support housing left side terminal surface, fixed setting at the inlet tube of first water pump below, fixed setting at the water injection pipe of first water pump output, fixed setting at the first connecting pipe of water injection pipe top, fixed setting at the water storage box of support housing left end lower part, rotate silt belt cleaning device, the fixed withered leaf withered branch clearing device that sets up in support housing right part upper end that sets up on the water injection pipe, the inlet tube is located inside the water storage box, and after the work of withered leaf withered branch clearing device finishes, silt belt cleaning device restarts work.

Dead leaf and dead branch cleaning device is including setting up at the inside washing space of support housing right-hand member top, fixed setting at the inside driving motor of support housing, fixed setting at the clearance axle of driving motor output, fixed setting at the epaxial clearance blade of clearance.

The dead leaf and dead branch cleaning device further comprises a plurality of sliding grooves arranged in the supporting shell, sliding cleaning blocks arranged in the sliding grooves in a sliding mode, a rotating door arranged on the right side of the upper portion of the supporting shell, a collecting channel fixedly arranged on the right end face of the supporting shell, a conveying channel fixedly arranged below the collecting channel, a garbage collecting box arranged below the conveying channel, a discharging valve fixedly arranged at the bottom of the cleaning space, and a conveying channel arranged below the discharging valve, wherein the sliding cleaning blocks and the rotating door are arranged horizontally.

Silt belt cleaning device sets up the cleaning roller on the water injection pipe including setting up rotating, rotates the cylinder back shroud that sets up on the water injection pipe, can dismantle the first spacing ring that sets up at cleaning roller left end face, the fixed second spacing ring that sets up on the cylinder back shroud, the fixed cleaning water that sets up at the terminal fender sand water inlet of inlet tube, the interior of setting in the retaining box, the cylinder back shroud is for dismantling the cooperation with the cleaning roller.

The silt cleaning device also comprises a poke rod fixedly arranged on the front end wall of the water storage tank body, a plurality of cleaning groups uniformly distributed on the cleaning roller along the circumferential direction, wherein each cleaning group comprises a first fixed blade fixedly arranged at the front end of the cleaning roller, a first chute arranged on the left side of the first fixed blade along the circumferential direction, a first sliding blade arranged in the first chute in a sliding manner, a plurality of first springs fixedly arranged between the first sliding blade and the first fixed blade, a second fixed blade fixedly arranged at the left end of the first chute, a second chute arranged on the left side of the second fixed blade, a second sliding blade arranged in the second chute in a sliding manner, a plurality of second springs fixedly arranged between the second fixed blade and the second sliding blade, and a first cleaning space arranged between the first sliding blade and the second sliding blade of the previous group, A second cleaning space disposed between the second sliding vane and the first sliding vane.

Silt belt cleaning device still sets up the first diving board in the third spout, the slip of setting at the second sliding vane top, fixed a plurality of third springs that set up between first diving board and second sliding vane, rotate and set up the first rotor plate at first diving board lower extreme, rotate and set up the second rotor plate at first rotor plate right-hand member, set up the second diving board in first sliding vane upper end, fixed a plurality of fourth springs that set up between second diving board and first sliding vane, pass through torsional spring connection between first rotor plate and the second rotor plate.

The silt cleaning device further comprises a water outlet arranged at the lower end of the water injection pipe, a shaft sleeve fixedly arranged on the roller rear cover plate, a plurality of rotating limiting plates rotatably arranged on the first limiting ring and the second limiting ring, and a first poking plate fixedly arranged on the left side of the rotating limiting plate, wherein the rotating limiting plate is connected with the second limiting ring through a torsion spring.

A plurality of small holes are uniformly arranged on the inner wall and the outer wall of the cleaning roller.

In summary, the invention has the following advantages: lichen bubble can absorb water and open slightly in the water, and dead leaf and dead branch cleaning device can constantly float the dead leaf and the dead branch mixed with lichen through stirring and stewing many times and automatically clean the same through sliding the cleaning block.

Silt belt cleaning device passes through rivers and drives the cleaning roller and rotate, and it is empty to overturn constantly to bounce lichen and water flow mixing washing, increases its area of contact with rivers, strengthens its silt clearance's ability, through continuous elutriation, friction, makes lichen by the sanitization to edible.

Drawings

FIG. 1 is a perspective view of the present invention;

FIG. 2 is a top view of the present invention;

FIG. 3 is an enlarged view of a portion of FIG. 1 at C;

FIG. 4 is a cross-sectional view taken at A-A of FIG. 2;

FIG. 5 is a cross-sectional view taken at B-B of FIG. 2;

FIG. 6 is an enlarged view of a portion of FIG. 4 at D;

FIG. 7 is an enlarged view of a portion of FIG. 6 at F;

FIG. 8 is an enlarged view of a portion of FIG. 6 at E;

FIG. 9 is a perspective view of the structure shown in FIG. 8;

FIG. 10 is an enlarged view of a portion of FIG. 7 at H;

fig. 11 is a partial enlarged view of fig. 6 at G.

In the figure: the device comprises a supporting shell 1, a first water pump 5, a water inlet pipe 6, a water injection pipe 889, a first connecting pipe 888, a water storage tank body 3, a cleaning space 16, a driving motor 14, a cleaning shaft 15, cleaning blades 19, a sliding groove 12, a sliding cleaning block 13, a rotating door 23, a collecting channel 21, a conveying channel 20, a garbage collecting box 8, a discharge valve 18, a conveying channel 17, a cleaning roller 4, a roller rear cover plate 1000, a first limiting ring 30, a second limiting ring 1101, a sand blocking water inlet 11, cleaning water 9, a poking rod 10, a first fixed blade 1001, a first sliding channel 1002, a first sliding blade 42, a first spring 1003, a second fixed blade 34, a second sliding channel 31, a second sliding blade 32, a second spring 36, a first cleaning space 666, a second cleaning space 667, a third sliding channel 49, a first elastic plate 37, a third spring 36, a first rotating plate 38, a second rotating plate 39, a second elastic plate 40, A fourth spring 41, a water outlet 45, a shaft sleeve 43, a rotation limiting plate 48 and a first poking plate 46.

Detailed Description

As shown in fig. 1-11, an efficient lichen cleaning machine comprises a supporting housing 1, a first water pump 5 fixedly disposed on the left end face of the supporting housing 1, a water inlet pipe 6 fixedly disposed below the first water pump 5, a water injection pipe 889 fixedly disposed at the output end of the first water pump 5, a first connection pipe 888 fixedly disposed above the water injection pipe 889, a water storage tank body 3 fixedly disposed at the lower portion of the left end of the supporting housing 1, a silt cleaning device rotatably disposed on the water injection pipe 889, and a dead-leaf and dead-shoot removing device fixedly disposed at the upper end of the right portion of the supporting housing, wherein the water inlet pipe 6 is disposed inside the water storage tank body 3, and after the dead-leaf and dead-shoot removing device finishes working, the silt cleaning device starts working again.

Dead leaf and dead branch cleaning device is including setting up at inside washing space 16, driving motor 14, clearance axle 15, the clearance blade 19 of supporting 1 right-hand member top of casing, driving motor 14 is fixed to be set up inside supporting 1 casing, clearance axle 15 is fixed to be set up at driving motor 14's output, clearance blade 19 is fixed to be set up on clearance axle 15. The water pipe arranged inside the supporting shell 1 keeps the water level in the cleaning space 16, and it is prior art to prevent the water inside from being cleaned with the lichen, and the detailed description is omitted here. The driving motor 14 is started to drive the cleaning shaft 15 to rotate, so that the cleaning blade 19 fixedly arranged on the cleaning shaft 15 is driven to rotate, the cleaning blade 19 stirs the lichen in the cleaning space 16 to enable the lichen to be overturned continuously, and the attached dead leaves and dead branches in the lichen float upwards after being separated from the lichen and stacked and bound. The drive motor 14 is rotated at a low speed to avoid damaging the integrity of the moss itself.

Dead leaf and dry branch cleaning device is still including setting up two sliding tray 12, slip clearance piece 13, revolving door 23, collection way 21, conveying way 20, garbage collection box 8, discharge door 18, defeated material way 17 in supporting housing 1, slip clearance piece 13 horizontal slip sets up in sliding tray 12, revolving door 23 rotates and sets up on supporting housing 1 upper portion right side, collect and say 21 fixed settings in supporting housing 1 right-hand member face, and be located revolving door 23 below, conveying way 20 is fixed to be set up in collection way 21 below, garbage collection box 8 sets up in conveying way 20 below, discharge valve 18 is fixed to be set up in washing space 16 bottom, defeated material way 17 sets up in discharge valve below, revolving door 23 and slip clearance piece 13 are the level setting. The sliding cleaning block 13 and the sliding groove 12 are ball screw structures, and are prior art, and are not described herein again. The cleaning blades 19 stop rotating, after standing for a period of time, the sliding cleaning block 13 is started, the dead leaves and dead branches are collected by moving towards the right, when the sliding cleaning block 13 moves to the rightmost side, the rotating door 23 is pushed open by the convex part on the sliding cleaning block 13, the dead leaves and dead branches accumulated on the sliding cleaning block 13 are pushed into the collecting channel 21, and finally enter the garbage collection box through the conveying channel 20. The operations are carried out for four to five times, and the dead leaves and dead branches on the lichens can be separated and cleaned. After cleaning, the discharge valve 18 is opened and moss is transported through the feed channel 17 into the first connecting pipe 888.

Silt belt cleaning device sets up cleaning roller 4, cylinder back shroud 1000, first spacing ring 30, second spacing ring 1101, fender sand water inlet 11, the cleaning water 9 on water injection pipe 889 including setting up rotating, cylinder back shroud 1000 rotates and sets up on water injection pipe 889, first spacing ring 30 can be dismantled and set up at cleaning roller 4 left end face, second spacing ring 1101 is fixed to be set up on cylinder back shroud 1000, keep off sand water inlet 11 and fix and set up at inlet tube 6 end, cleaning water 9 sets up in 3 in the water storage box, cylinder back shroud 1000 and cleaning roller 4 are for dismantling the cooperation. The cleaning roller 4 is closed at the front end and opened at the rear end. After the roller rear cover plate 1000 is fitted with the cleaning roller 4, the cleaning roller is sleeved on the water injection pipe 889, the first water pump 5 is started, and the cleaning water 9 is sucked into the water injection pipe 889 from the sand blocking water inlet 11 and enters the cleaning roller 4 through the water injection pipe 889 together with the moss in the first connecting pipe 888. The drum back cover plate 1000 is arranged at the rear part of the second limiting ring 1101, and is matched with the cleaning drum 4 to seal the inside of the cleaning drum 4 at the left end face and the right end face so as to prevent lichen from leaking out of the left side and the right side and entering flowing water when the interior of the cleaning drum 4 is cleaned. When the moss in the cleaning roller 4 needs to be taken out, the cleaning roller 4 and the roller rear cover plate 1000 are taken down together, and then the roller rear cover plate 1000 is opened relative to the cleaning roller 4, so that the moss cleaned in the roller rear cover plate can be taken out. The water flow in the cleaning roller 4 plays a primary scouring effect on the lichen.

The silt cleaning device further comprises a poke rod 10, a first fixed blade 1001, a first chute 1002, a first sliding blade 42, a first spring 1003, a second fixed blade 34, a second chute 31, a second sliding blade 32, a second spring 33, a first cleaning space 666 and a second cleaning space 667 which are fixedly arranged on the front end wall of the water storage tank body 3, three cleaning groups are uniformly distributed on the cleaning roller 4 along the circumferential direction, each cleaning group comprises a first fixed blade 1001 fixedly arranged at the front end of the cleaning roller 4, the first chute 1002 is arranged on the left side of the first fixed blade 1001 along the circumferential direction, the first sliding blade 42 is arranged in the first chute 1002 in a sliding manner, the two first springs 1003 are fixedly arranged between the first sliding blade 42 and the first fixed blade 1001, the second fixed blade 34 is fixedly arranged at the left end of the first chute 1002, the second chute 31 is arranged on the left side of the second fixed blade 34, the second sliding vane 32 is slidably disposed in the second sliding groove 31, the two second springs 33 are fixedly disposed between the second fixed vane 34 and the second sliding vane 32, the first cleaning space 666 is disposed between the first sliding vane 42 and the second sliding vane 32 of the previous group, and the second cleaning space 667 is disposed between the second sliding vane 32 and the first sliding vane 42. When the first water pump 5 is turned on, the cleaning water 9 in the water tank body 3 starts to flow from right to left, and the flow of the water pushes the cleaning drum 4 to rotate clockwise, which will be described later when the second sliding vane 32 is located on the upper side of the water surface and just comes into contact with the water surface. Initially, rivers promote first second sliding vane 32 and slide forward in second spout 31, tensile two second springs 33, can slightly drive clearance cylinder 4 this moment and rotate, when second sliding vane 32 met the first fixed blade 1001 of preceding clearance group forward, second sliding vane 32 supported first fixed blade 1001, drive clearance cylinder 4 and rotate together, the rotation in-process, second fixed blade 34 then with the surface of water contact, rivers drive second fixed blade 34, thereby drive clearance cylinder 4 and continue to rotate. When the first sliding vane 42 comes into contact with the water flow, it rotates forward in the first sliding chute 1002 under the thrust of the water flow, stretching the two first springs 1003 until it contacts the second fixed vane 34, and starts to be pressed against and drives the cleaning roller 4 to rotate. First fixed blade 1001 and the surface of water contact afterwards, drive cleaning roller 4 clockwise rotation under rivers impetus, and the second sliding vane 32 of next clearance group has then been arrived in the continuation motion, repeats above-mentioned process for cleaning roller 4 all has the driving force to make its consequent needle rotate constantly. The first fixed blade 1001, the first sliding blade 42, the second fixed blade 34 and the second sliding blade 32 are arranged at such positions, so that enough thrust is ensured to push the cleaning roller 4 to rotate at every moment, and the rotation cannot be stopped due to insufficient force.

Silt belt cleaning device is still including setting up third spout 49, first diving board 37, third spring 36, first rotation board 38, second rotation board 39, second diving board 40, fourth spring 41 at second sliding vane 32 top, first diving board 37 slides and sets up in third spout 49, three third spring 36 is fixed to be set up between first diving board 37 and second sliding vane 32, first rotation board 38 rotates and sets up at first diving board 37 lower extreme, second rotation board 39 rotates and sets up at first rotation board 38 right-hand member, second diving board 40 sets up at first sliding vane 42 upper end, three fourth spring 41 is fixed to be set up between second diving board 40 and first sliding vane 42, pass through torsional spring connection between first rotation board 38 and the second rotation board 39.

As shown in fig. 6, 8 and 9, the silt cleaning apparatus further includes a water outlet 45 disposed at the lower end of the water injection pipe 889, a shaft sleeve 43, a rotation limiting plate 48 and a first toggle plate 46, wherein the shaft sleeve 43 is fixedly disposed on the drum back cover plate 1000, the twelve rotation limiting plates 48 are rotatably disposed on the first limiting ring 30 and the second limiting ring 1101, the first toggle plate 46 is fixedly disposed at the left side of the rotation limiting plate 48, and the rotation limiting plate 48 is connected to the second limiting ring 1101 through a torsion spring. The front end of the rotation limiting plate 48 is inclined downward initially, and can rotate counterclockwise when pushed until the pusher enters the bottom space of the rotation limiting plate 48. The number of the rotation limiting plates 48 on the first limiting ring 30 and the second limiting ring 1101 is six, the rotation limiting plates 48 are arranged on the outer annular wall of each of the first limiting ring 30 and the second limiting ring 1101, which is opposite to each of the first sliding grooves 1002 and the second sliding grooves 31, as shown in a position E in fig. 6, when the second sliding vane 32 moves to the left end wall, the rotation limiting plate 48 is pushed to rotate first until the second sliding vane 32 is clamped by the lower edge of the rotation limiting plate 48 and cannot move, and then the rotation limiting plates move together with the cleaning roller 4 until the first toggle plate 46 on the rotation limiting plate 48 contacts with the toggle rod 10 on the front end wall of the water storage tank body 3, the first toggle plate 46 is pressed by the toggle rod 10 to rotate, the rotation limiting plate 48 is loosened, and the limitation on the second sliding vane 32 is released, so that the second toggle plate can rebound.

The second sliding vane 32 is reset by the two second springs 36, at this time, the first sliding vane 42 is limited by the rotation limiting plate 46 thereon, and at this time, the distance between the first sliding vane 42 and the rebounded second sliding vane 32 is shortest, so that the moss is shaken loose and bounced up to the best effect. The setting of rotating limiting plate 46 more rationally sets up the rationality of resilience time, makes silt belt cleaning device can reach best cleaning performance.

The second sliding vane 32 drives the second elastic plate 40 to move backwards together, the first rotating plate 38 and the second rotating plate 39 which are stretched originally reset, and the moss on the second cleaning space 667 is driven to bounce by fast rebounding, so that the moss is popped to the lower part of the water outlet 45 and enters the first cleaning space 666 after being mixed with the water flow entering the moss. After that, the cleaning roller 4 continues to rotate, and the first elastic plate 37, the first rotating plate 38, the second rotating plate 39 and the second elastic plate 40 are continuously shaken under the action of the third spring 36 and the fourth spring 41, and then when the cleaning roller 4 rotates to be positioned at the upper part thereof, the moss attached to the first rotating plate 38 and the second rotating plate 39 is continuously vibrated and falls under the action of the third spring 36 and the fourth spring 41.

The third slide groove 49 restricts the movement of the first spring plate 37 so that it is not thrown out and deformed when it is returned following the second sliding vane 32. The moss bounced by the first rotating plate 38 and the second rotating plate 39 can be more fully mixed with water from the water outlet 45 and then enter the first cleaning space 666, the moss is continuously contacted and cleaned in the cleaning roller 4 under the action of water flow, and the cleaned moss is removed from the small holes in the inner wall and the outer wall of the cleaning roller 4. This process of reciprocating constantly afterwards can make the abundant quilt of lichen shake out loose the separation after fully contact with rivers, constantly changes its position relation, breaks up piling up of lichen, reaches thorough washing silt effect.

A plurality of small holes are uniformly arranged on the inner wall and the outer wall of the cleaning roller 4.

The working principle is as follows: the driving motor 14 is started to drive the cleaning shaft 15 to rotate, so that the cleaning blade 19 fixedly arranged on the cleaning shaft 15 is driven to rotate, the cleaning blade 19 stirs the lichen in the cleaning space 16 to enable the lichen to be overturned continuously, and the attached dead leaves and dead branches in the lichen float upwards after being separated from the lichen and stacked and bound. The cleaning blades 19 stop rotating, after standing for a period of time, the sliding cleaning block 13 is started, the dead leaves and dead branches are collected by moving towards the right, when the sliding cleaning block 13 moves to the rightmost side, the rotating door 23 is pushed open by the convex part on the sliding cleaning block 13, the dead leaves and dead branches accumulated on the sliding cleaning block 13 are pushed into the collecting channel 21, and finally enter the garbage collection box through the conveying channel 20. The operations are carried out for four to five times, and the dead leaves and dead branches on the lichens can be separated and cleaned. After cleaning, the discharge valve 18 is opened and moss is transported through the feed channel 17 into the first connecting pipe 888.

After the roller rear cover plate 1000 is fitted with the cleaning roller 4, the cleaning roller is sleeved on the water injection pipe 889, the first water pump 5 is started, and the cleaning water 9 is sucked into the water injection pipe 889 from the sand blocking water inlet 11 and enters the cleaning roller 4 through the water injection pipe 889 together with the moss in the first connecting pipe 888. After first water pump 5 opens, the clearance water 9 in the water storage box body 3 begins to flow, the flow of water promotes the cleaning roller 4 and rotates, initially, rivers promote second sliding vane 32 earlier and slide forward in second spout 31, tensile two second springs 36, can slightly drive the cleaning roller 4 this moment and rotate, when second sliding vane 32 met the first fixed blade 1001 of preceding clearance group forward, second sliding vane 32 supported first fixed blade 1001, drive the cleaning roller 4 and rotate together, the rotation in-process, second fixed blade 34 is after that with the surface of water contact, rivers drive second fixed blade 34, thereby it continues to rotate to drive the cleaning roller 4. When the first sliding vane 42 comes into contact with the water flow, it rotates forward in the first sliding chute 1002 under the thrust of the water flow, stretching the two first springs 1003 until it contacts the second fixed vane 34, and starts to be pressed against and drives the cleaning roller 4 to rotate. First fixed blade 1001 and the surface of water contact afterwards, drive cleaning roller 4 clockwise rotation under rivers impetus, and the second sliding vane 32 of next clearance group has then been arrived in the continuation motion, repeats above-mentioned process for cleaning roller 4 all has the driving force to make its consequent needle rotate constantly. When the second sliding vane 32 moves to the left end wall, the rotation limiting plate 48 is pushed to rotate firstly until the second sliding vane 32 is clamped by the lower edge of the rotation limiting plate 48 and cannot move, then the second sliding vane moves along with the cleaning roller 4 until the first poking plate 46 on the rotation limiting plate 46 is contacted with the poking rod 10 on the front end wall of the water storage box body 3, the first poking plate 46 is compressed and rotated, the rotation limiting plate 46 is loosened, the limitation of the second sliding vane 32 is relieved, the second sliding vane can rebound, and at the moment, the first sliding vane 42 is limited by the rotation limiting plate 46 on the first sliding vane. The second sliding vane 32 is reset under the action of the two second springs 33, the second sliding vane 32 drives the second elastic plate 40 thereon to move backwards together, the first rotating plate 38 and the second rotating plate 39 which are originally stretched reset, and the moss on the second cleaning space 667 is driven to be bounced by quick rebounding, so that the moss is bounced to the lower part of the water outlet 45 and enters the first cleaning space 666 after being mixed with the water flow entering the moss. Then, the cleaning roller 4 continues to rotate, and the first constant vibration and dropping which is attached to the first rotating plate 38 and the second rotating plate 39 is performed by the third spring and the fourth spring while being located at the upper portion of the cleaning roller 4. The third slide groove 49 restricts the movement of the first spring plate 37 so that it is not thrown out and deformed when it is returned following the second sliding vane 32. The moss bounced by the first rotating plate 38 and the second rotating plate 39 can be more fully mixed with water from the water outlet 45 and then enter the first cleaning space 666, the moss is continuously contacted and cleaned in the cleaning roller 4 under the action of water flow, and the cleaned moss is removed from the small holes in the inner wall and the outer wall of the cleaning roller 4. And after cleaning, closing the first water pump 5, taking down the roller rear cover plate 1000 and the cleaning roller 4, opening the roller rear cover plate 1000, and taking out the moss cleaned in the cleaning roller for processing and eating.

Claims

1. The utility model provides an efficient moss cleaning machine, includes support casing (1), fixed first water pump (5) that sets up at support casing (1) left side terminal surface, fixed inlet tube (6) of setting in first water pump (5) below, fixed water injection pipe (889) of setting at first water pump (5) output, fixed first connecting pipe (888) of setting in water injection pipe (889) top, its characterized in that: the device comprises a water storage tank body (3) fixedly arranged at the lower part of the left end of a supporting shell (1), a silt cleaning device rotatably arranged on a water injection pipe (889), and a dead leaf and dead branch removing device fixedly arranged at the upper end of the right part of the supporting shell, wherein a water inlet pipe (6) is positioned in the water storage tank body (3), and after the dead leaf and dead branch removing device finishes working, the silt cleaning device starts to work again; the silt cleaning device comprises a cleaning roller (4) rotatably arranged on a water injection pipe (889), a roller rear cover plate (1000) rotatably arranged on the water injection pipe (889), a first limiting ring (30) detachably arranged on the left end surface of the cleaning roller (4), a second limiting ring (1101) fixedly arranged on the roller rear cover plate (1000), a sand blocking water inlet (11) fixedly arranged at the tail end of a water inlet pipe (6), and cleaning water (9) arranged in a water storage tank body (3), wherein the roller rear cover plate (1000) is detachably matched with the cleaning roller (4); silt belt cleaning device still includes fixed poker rod (10) that sets up on accumulator box (3) front end wall, a plurality of clearance groups of setting on clearance cylinder (4) along circumferencial direction evenly distributed, every clearance group is including fixed first fixed vane (1001) that sets up in clearance cylinder (4) front end, set up at first fixed vane (1001) along left first spout (1002) of circumferencial direction, slide and set up first sliding vane (42) in first spout (1002), fixed a plurality of first springs (1003) that set up between first sliding vane (42) and first fixed vane (1001), fixed second fixed vane (34) that set up at first spout (1002) left end, set up at left second spout (31) of second fixed vane (34), slide and set up second sliding vane (32) in second spout (31), fixed a plurality of second springs (32) that set up between second fixed vane (34) and second sliding vane (32) (33) A first cleaning space (666) arranged between the first sliding vane (42) and the second sliding vane (32) of the previous group, and a second cleaning space (667) arranged between the second sliding vane (32) and the first sliding vane (42); the silt cleaning device further comprises a third sliding chute (49) arranged at the top of the second sliding blade (32), a first elastic plate (37) arranged in the third sliding chute (49) in a sliding manner, a plurality of third springs (36) fixedly arranged between the first elastic plate (37) and the second sliding blade (32), a first rotating plate (38) rotatably arranged at the lower end of the first elastic plate (37), a second rotating plate (39) rotatably arranged at the right end of the first rotating plate (38), a second elastic plate (40) arranged at the upper end of the first sliding blade (42), and a plurality of fourth springs (41) fixedly arranged between the second elastic plate (40) and the first sliding blade (42), wherein the first rotating plate (38) is connected with the second rotating plate (39) through torsion springs; the silt cleaning device further comprises a water outlet (45) arranged at the lower end of the water injection pipe (889), a shaft sleeve (43) fixedly arranged on the roller rear cover plate (1000), a plurality of rotating limiting plates (48) rotatably arranged on the first limiting ring (30) and the second limiting ring (1101), and a first poking plate (46) fixedly arranged on the left side of the rotating limiting plate (48), wherein the rotating limiting plate (48) is connected with the second limiting ring (1101) through a torsion spring.

2. A highly efficient moss cleaning machine as claimed in claim 1 wherein: dead leaf and dead branch cleaning device is including setting up in inside washing space (16) of support casing (1) right-hand member top, fixed driving motor (14) of setting in support casing (1) inside, fixed clearance axle (15) of setting at driving motor (14) output, fixed clearance blade (19) of setting on clearance axle (15).

3. A highly efficient moss cleaning machine as claimed in claim 2 wherein: the cleaning device for the dead leaves and the dead branches further comprises a plurality of sliding grooves (12) arranged in the supporting shell (1), sliding cleaning blocks (13) arranged in the sliding grooves (12) in a left-right sliding mode, a rotating door (23) arranged on the right side of the upper portion of the supporting shell (1), a collecting channel (21) fixedly arranged on the right end face of the supporting shell (1), a conveying channel (20) fixedly arranged below the collecting channel (21), a garbage collecting box (8) arranged below the conveying channel (20), a discharging valve (18) fixedly arranged at the bottom of the cleaning space (16), and a conveying channel (17) arranged below the discharging valve, wherein the rotating door (23) and the sliding cleaning blocks (13) are arranged horizontally.

4. A highly efficient moss cleaning machine as claimed in claim 1 wherein: the inner wall and the outer wall of the cleaning roller (4) are uniformly provided with a plurality of small holes.