CN220529174U

CN220529174U - Full-automatic oyster cleaning, screening and cage loading machine

Info

Publication number: CN220529174U
Application number: CN202321887087.XU
Authority: CN
Inventors: 谭林涛; 潘玉兰; 邵东
Original assignee: Guangzhou Guanxu Intelligent Equipment Co ltd
Current assignee: Guangzhou Guanxu Intelligent Equipment Co ltd
Priority date: 2023-07-18
Filing date: 2023-07-18
Publication date: 2024-02-27
Anticipated expiration: 2033-07-18

Abstract

The utility model relates to the oyster cleaning processing field, in particular to a full-automatic oyster cleaning, screening and cage loading machine, which comprises a lifting machine unit, a cleaning area unit and a conveying table unit, wherein the lifting machine unit is positioned at one side of a feeding end of the cleaning area unit, and the conveying table unit is positioned at one side of a discharging end of the cleaning area unit, and the full-automatic oyster cleaning, screening and cage loading machine has the beneficial effects that: the automatic oyster washing and processing device has the advantages that automatic feeding operation can be carried out on the oyster to be washed and processed, continuous friction can be carried out on the surface of the oyster in the movement process of the oyster, hair, soil and other impurities wound on the surface of the oyster are effectively removed, then the oyster is continuously washed by spraying, the impurities brushed and washed out on the surface of the oyster are effectively washed away in time, finally the washed oyster is divided and filled in a filling cage container, the automatic oyster washing and processing device can be suitable for the oysters of different specifications and varieties, has very strong adaptability, is high in automation degree, saves time and labor, and effectively improves the processing efficiency.

Description

Full-automatic oyster cleaning, screening and cage loading machine

Technical Field

The utility model relates to the field of oyster cleaning and processing, in particular to a full-automatic oyster cleaning, screening and cage loading machine.

Background

Oyster is a large-scale cultured shellfish, and is mainly distributed in tropical sea areas in a temperate zone, the shells are adhered to other objects for fixation, micro seaweed and organic scraps in the sea are used as food, more soil, hair and other miscellaneous materials are present on the oyster body in the culturing process, and the oyster is required to be cleaned for convenient transfer and selling, so that the miscellaneous materials on the oyster are washed away.

Through retrieving, the utility model provides an oyster self-cleaning device of bulletin number CN216821544U, which comprises a storage tank, the second support column, first support column, the roof, first motor, around the rope sheave, steering wheel and two hanger plates, be connected with the back shaft between two hanger plates, the circumference outer wall cover of back shaft is equipped with the sliding block, the upper portion of sliding block is connected with the driving rope, the other end of driving rope and the outer wall connection around the rope sheave, the driving rope twines on the outer wall of rope sheave, the bottom of sliding block is connected with the connecting rope, the bottom of connecting rope is connected with the couple, the inside of bin is provided with the cavity, the top of bin is provided with the opening, the second motor is installed to the bottom of bin, the output shaft of second motor has the extension axle, the top of extension axle is connected with the gangboard, the top left portion and the top right part of gangboard all are connected with the toggle plate.

Said utility model patent has good water fluidity and good flushing effect, and is convenient for user to disassemble and assemble net for holding oyster, but its cleaning effect is not good only by means of flushing with clean water, but also it is not convenient for automatic feeding, and can not screen and cage the cleaned oyster, and still can not meet the requirements for use, and still need further improvement.

Therefore, the full-automatic oyster cleaning, screening and cage loading machine is necessary.

Disclosure of Invention

Therefore, the utility model provides a full-automatic oyster cleaning, screening and cage loading machine to solve the problems in the background technology.

In order to achieve the above object, the present utility model provides the following technical solutions: the full-automatic oyster cleaning, screening and cage loading machine comprises a lifting machine unit, a cleaning area unit and a conveying table unit, wherein the lifting machine unit is positioned at one side of the feeding end of the cleaning area unit, and the conveying table unit is positioned at one side of the discharging end of the cleaning area unit.

Preferably, the elevator unit comprises an electric box I, a motor I, an elevator belt, an elevator bracket, elevator support legs and rollers;

the first electric box is fixedly arranged below the inner side of the elevator bracket, the elevator support leg is arranged at the bottom of the elevator bracket, the first motor is fixedly arranged at the top of the elevator bracket, and the first electric box is electrically connected with the first motor;

the lifting machine support is characterized in that a plurality of rollers are rotatably arranged on the inclined plane of the lifting machine support, the rollers are connected through lifting machine belt transmission fit, and the rollers are connected with an output shaft of a motor through sprocket transmission fit.

Preferably, the cleaning area unit comprises a motor component, a power roller component, a cleaning conveyer belt, a plurality of cleaning hair rollers, a material distribution conveyer belt, a secondary material distribution conveyer belt, a swinging baffle, a cleaning area inlet, a spray pipe, a water inlet, a conveyer belt supporting frame, an auxiliary material distribution rod component, a roller fixing seat component, an electric box II, a weighing filling machine, a plurality of weighing filling heads, a cleaning area supporting frame, cleaning area supporting legs and a sewage draining outlet;

the motor assembly is fixedly arranged at the front end of the cleaning area support, the motor assembly comprises a motor II a, a motor II b and a motor II c, the power roller assembly comprises a power roller I a, a power roller II b and a power roller III c, an output shaft of the motor II a is fixedly connected with the power roller I a, an output shaft of the motor II b is fixedly connected with the power roller II b, an output shaft of the motor II c is fixedly connected with the power roller III c, the power roller I a is connected with a plurality of cleaning hair rollers through sprocket transmission cooperation, a plurality of cleaning hair rollers form a cleaning conveying belt, the power roller II b is connected with a material distributing conveying belt through sprocket transmission cooperation, and the power roller III c is connected with a secondary material distributing conveying belt through sprocket transmission cooperation.

Preferably, the auxiliary material distributing rod assembly comprises three gear motors and three auxiliary material distributing rods, wherein the three gear motors are fixedly arranged at the front end of the cleaning area support, the output shafts of the three gear motors are fixedly connected with the front ends of the three auxiliary material distributing rods respectively, and the three auxiliary material distributing rods are arranged at the right end of the cleaning conveying belt, the right end of the material distributing conveying belt and the right end of the secondary material distributing conveying belt respectively.

Preferably, the roller assembly comprises a roller one a, a roller two b and a roller three c, the roller fixing seat assembly comprises a roller fixing seat one a, a roller fixing seat two b and a roller fixing seat three c, the roller fixing seat one a, the roller fixing seat two b and the roller fixing seat three c are fixedly arranged at the front end of the cleaning area support, the roller one a, the roller two b and the roller three c are all positioned at the inner side of the cleaning area support, the roller one a, the roller two b and the roller three c are respectively and rotatably arranged on the roller fixing seat one a, the roller fixing seat two b and the roller fixing seat three c, and the roller one a, the roller two b and the roller three c are respectively arranged at the left end of the cleaning conveyor belt, the left end of the distributing conveyor belt and the left end of the secondary distributing conveyor belt.

Preferably, the top end of the swinging baffle is rotatably arranged at the right end of the cleaning area support, the inlet of the cleaning area is arranged at the left end of the cleaning area support, the inclined upper end of the lifting machine belt is positioned at the inlet of the cleaning area, the spray pipe is fixedly arranged at the right side of the inlet of the cleaning area, the spray pipe is positioned above the cleaning conveyor belt, the front end of the spray pipe is provided with a water inlet, the water inlet is connected with a water source through a pipeline, the conveyor belt support frame is respectively and fixedly arranged at the bottom of the cleaning conveyor belt, the bottom of the material distributing conveyor belt and the bottom of the secondary material distributing conveyor belt, and the conveyor belt support frame is longitudinally and fixedly arranged at the inner side of the cleaning area support;

the second electric box is fixedly arranged on the upper side of the right end of the cleaning area bracket, the weighing filling machine is fixedly arranged right below the second electric box, and a plurality of weighing filling heads are arranged on the lower side of the weighing filling machine;

the cleaning area support leg is fixedly arranged at the bottom of the cleaning area support, and the sewage draining outlet is arranged right below the cleaning conveying belt, the material distributing conveying belt and the secondary material distributing conveying belt.

Preferably, the conveying table unit comprises a conveying table bracket, conveying table legs, a motor III, a conveying belt and a cage;

the conveying table support is arranged right below the weighing filling heads, and the conveying table support legs are fixedly arranged below the conveying table support;

the three output shafts of the motor are connected with the conveyer belt in a transmission fit manner through a chain wheel, and the cage is arranged on the conveyer belt.

The beneficial effects of the utility model are as follows:

1. through the cooperation of the elevator unit, the cleaning area unit and the conveying table unit, the automatic feeding operation can be carried out on the oyster to be cleaned and processed, the surface of the oyster can be rubbed continuously in the movement process of the oyster, the hair, soil and other impurities wound on the surface of the oyster are effectively removed, then the oyster is continuously washed through spraying, the impurities brushed out of the surface of the oyster are effectively washed away in time, finally, the washed oyster is divided and filled in a filling cage container, the automatic feeding device is suitable for the oysters of different specifications and varieties, has strong adaptability, is high in automation degree, saves time and labor, and effectively improves the processing efficiency;

2. the automatic production mode is adopted, the operation is simple and convenient, and the labor cost is reduced;

3. the modularized design is adopted, the maintenance and replacement of the parts are convenient and quick, and the closed design is adopted, so that the production of waste water and waste materials is reduced, and the environment-friendly and energy-saving effect is better.

Drawings

FIG. 1 is a schematic diagram of a structure provided by the present utility model;

fig. 2 is a perspective view of a structure of a hoist unit provided by the utility model;

FIG. 3 is an exploded view of a cleaning zone unit structure provided by the present utility model;

FIG. 4 is a partial perspective view of the present utility model;

FIG. 5 is a perspective view of a structure of a conveying table unit provided by the utility model;

fig. 6 is a structural assembly diagram provided by the present utility model.

In the figure: unit 100, first electric box 110, first motor 120, elevator belt 130, elevator bracket 140, elevator leg 150, roller 160, wash zone unit 200, second motor 210a, second motor 210b, second motor 210c, first power roller 211a, second power roller 211b, third power roller 211c, first roller 212a, second roller 212b, third roller 212c, wash conveyor 213, wash hair roller 213a, split conveyor 214, second split conveyor 215, swing gate 216, wash zone inlet 217, shower 218, water inlet 218a, conveyor support 219, gear motor 220a, auxiliary split lever 220b, first roller mount 221a, second roller mount 221b, third roller mount 221c, second electric box 230, weigh filler 240, weigh filler head, wash zone bracket 250, wash zone leg 260, drain 241, conveyor table unit 300, conveyor table bracket 310, conveyor leg 320, third motor 330, conveyor belt 340, and cage 350.

Detailed Description

The preferred embodiments of the present utility model will be described below with reference to the accompanying drawings, it being understood that the preferred embodiments described herein are for illustration and explanation of the present utility model only, and are not intended to limit the present utility model.

Referring to fig. 1-6, the full-automatic oyster cleaning, screening and cage loading machine provided by the utility model comprises a lifter unit 100, a cleaning area unit 200 and a conveying table unit 300, wherein the lifter unit 100 is positioned at one side of a feeding end of the cleaning area unit 200, and the conveying table unit 300 is positioned at one side of a discharging end of the cleaning area unit 200;

the elevator unit 100 comprises an electric box I110, a motor I120, an elevator belt 130, an elevator bracket 140, elevator support feet 150 and a roller 160;

the first electric box 110 is fixedly arranged below the inner side of the elevator bracket 140, the elevator support 150 is arranged at the bottom of the elevator bracket 140 and can be used for adjusting the levelness of the elevator bracket 140, the first motor 120 is fixedly arranged at the top of the elevator bracket 140, and the first electric box 110 is electrically connected with the first motor 120, namely the first electric box 110 can provide electric energy required by acting for the first motor 120;

the inclined surface of the elevator bracket 140 is rotatably provided with a plurality of rollers 160, the rollers 160 are in transmission fit connection through the elevator belt 130, the rollers 160 are in transmission fit connection with the output shaft of the motor 120 through a chain wheel, and particularly, when the motor 120 runs, the rollers 160 can be driven to rotate, so that the elevator belt 130 is driven to rotate, and the oyster feeding effect is achieved;

the cleaning zone unit 200 comprises a motor component, a power roller component, a cleaning conveyer belt 213, a plurality of cleaning hair rollers 213a, a material distributing conveyer belt 214, a secondary material distributing conveyer belt 215, a swinging baffle 216, a cleaning zone inlet 217, a spray pipe 218, a water inlet 218a, a conveyer belt supporting frame 219, an auxiliary material distributing rod component, a roller fixing seat component, a second electric box 230, a weighing filling machine 240, a plurality of weighing filling heads 241, a cleaning zone supporting frame 250, cleaning zone supporting legs 260 and a sewage outlet 270;

the motor component is fixedly arranged at the front end of the cleaning area bracket 250, the motor component comprises a motor II a210a, a motor II b210b and a motor II c210c, the power roller component comprises a power roller I211 a, a power roller II 211b and a power roller III 211c, the output shaft of the motor II a210a is fixedly connected with the power roller I211 a, namely, when the motor II a210a operates, the output shaft of the motor II b210b is fixedly connected with the power roller II 211b, namely, when the motor II b210b operates, the output shaft of the motor II c210c is fixedly connected with the power roller III 211c, namely, when the motor II c210c operates, the power roller III 211c can be driven to rotate, the power roller I211 a is connected with a plurality of cleaning hair rollers 213a in a transmission fit manner through a chain wheel, the cleaning hair rollers 213a form a cleaning conveying belt 213, so when the motor II a210a operates, the first power roller 211a is driven to rotate to drive the plurality of cleaning hair rollers 213a to rotate, so that the cleaning conveying belt 213 is driven to rotate, the oyster fed to the cleaning area unit 200 can be conveyed by the friction surface, the hair, soil and other impurities wound on the surface of the oyster are effectively removed, the second power roller 211b is connected with the material distributing conveying belt 214 through the transmission fit of a chain wheel, so that when the second motor 210b operates, the material distributing conveying belt 214 is driven to rotate by driving the second power roller 211b, the purposes of conveying the oyster and screening and distributing the oyster once are achieved, and the third power roller 211c is connected with the second material distributing conveying belt 215 through the transmission fit of the chain wheel, so that when the second motor 210c operates, the third power roller 211c is driven to rotate to drive the second material distributing conveying belt 215, and the purposes of continuously conveying the oyster and screening and distributing the oyster are achieved;

the auxiliary distributing rod assembly comprises three speed reducing motors 220a and three auxiliary distributing rods 220b, wherein the three speed reducing motors 220a are fixedly arranged at the front end of a cleaning area bracket 250, the output shafts of the three speed reducing motors 220a are fixedly connected with the front ends of the three auxiliary distributing rods 220b respectively, the three auxiliary distributing rods 220b are respectively arranged at the right end of a cleaning conveying belt 213, the right end of a distributing conveying belt 214 and the right end of a secondary distributing conveying belt 215, namely when the three speed reducing motors 220a operate, the corresponding auxiliary distributing rods 220b can be driven to respectively rotate at the right end of the cleaning conveying belt 213, the right end of the distributing conveying belt 214 and the right end of the secondary distributing conveying belt 215, the cleaning conveying belt 213, the distributing conveying belt 214 and the secondary distributing conveying belt 215 are respectively fixedly connected with the front ends of the corresponding auxiliary distributing rods 220b, so that the cleaned auxiliary distributing rods 220b which are not uniformly arranged can be quickly conveyed to the right end of the corresponding auxiliary distributing rods 215, namely, when the three speed reducing motors 220a operate, the corresponding auxiliary distributing rods 220b can be driven to respectively rotate at the right end of the cleaning conveying belt 213, the right end of the distributing conveying belt 214 and the right end of the corresponding auxiliary distributing rods 220b, and the auxiliary distributing rods 220b which are uniformly arranged at the time when the oyster shell 220b is uniformly and continuously arranged, and the auxiliary distributing rods which are uniformly and uniformly arranged at the position of the oyster distributing rods which are uniformly and continuously arranged, and the auxiliary distributing rods which can be blocked by the rotation when the oyster distributing rods uniformly and the oyster distributing rods and the auxiliary distributing rods and the arrangement rods are uniformly and the arranged;

the roller assembly comprises a first roller 212a, a second roller 212b and a third roller 212c, the roller fixing base assembly comprises a first roller fixing base 221a, a second roller fixing base 221b and a third roller fixing base 221c, the first roller fixing base 221a, the second roller fixing base 221b and the third roller fixing base 221c are fixedly arranged at the front end of the cleaning area bracket 250, the first roller 212a, the second roller 212b and the third roller 212c are respectively arranged on the first roller fixing base 221a, the second roller fixing base 221b and the third roller fixing base 221c in a rotating way, namely the first roller 212a, the second roller 212b and the third roller 212c can rotate at the inner side of the cleaning area bracket 250, the first roller 212a, the second roller 212b and the third roller 212c are respectively arranged at the left end of the cleaning conveyor belt 213, the left end of the distributing conveyor belt 214 and the left end of the secondary distributing conveyor belt 215, namely, when the cleaning conveyor belt 213, the distributing conveyor belt 214 and the secondary distributing conveyor belt 215 rotate, the first roller 212a, the second roller 212b and the third roller 212c can be driven to rotate, namely, the first roller 212a, the second roller 212b and the third roller 212c can play a role in supporting the cleaning conveyor belt 213, the distributing conveyor belt 214 and the secondary distributing conveyor belt 215, so that the cleaning conveyor belt 213, the distributing conveyor belt 214 and the secondary distributing conveyor belt 215 can stably rotate;

the top end of the swinging baffle 216 is rotatably arranged at the right end of the cleaning area bracket 250, the cleaning area inlet 217 is arranged at the left end of the cleaning area bracket 250, the inclined upper end of the lifting machine belt 130 is positioned at the cleaning area inlet 217, namely, the oyster conveyed by the lifting machine belt 130 can be automatically fed to the cleaning area inlet 217, the spray pipe 218 is fixedly arranged at the right side of the cleaning area inlet 217, the spray pipe 218 is positioned above the cleaning conveyor belt 213, the front end of the spray pipe 218 is provided with a water inlet 218a, the water inlet 218a is connected with a water source in a pipeline, namely, cleaning water can enter the spray pipe 218 through the water inlet 218a and then evenly sprayed onto the cleaning conveyor belt 213, so that the oyster is washed, impurities brushed on the oyster surface are effectively washed off in time, the conveyor belt support 219 is respectively fixedly arranged at the bottom of the cleaning conveyor belt 213, the bottom of the distributing conveyor belt 214 and the bottom of the secondary distributing conveyor belt 215, and the conveyor belt support 219 is longitudinally fixedly arranged at the inner side of the cleaning area bracket 250, namely, the conveyor belt support 219 can play a role of supporting the bottom of the cleaning conveyor belt 213, the distributing conveyor belt 214 and the bottom of the secondary distributing conveyor belt 215;

the second electric box 230 is fixedly arranged on the upper side of the right end of the cleaning area bracket 250, the weighing and filling machine 240 is fixedly arranged under the second electric box 230, and a plurality of weighing and filling heads 241 are arranged on the lower side of the weighing and filling machine 240, so that the washed and separated oyster can be weighed and filled, and the weighing and filling machine 240 and the weighing and filling heads 241 are well known devices for those skilled in the art, so that excessive redundant description is omitted;

the cleaning zone support leg 260 is fixedly arranged at the bottom of the cleaning zone support 250, can be used for the cleaning zone support 250, is convenient for adjusting the levelness of the cleaning zone unit 200, and is used for discharging sewage impurities generated by cleaning oyster, namely, the utility model can adopt a closed design, reduces the generation of waste water and waste materials, and has better environmental protection and energy saving effects, and the support drain 270 is arranged under the cleaning conveyor belt 213, the material distribution conveyor belt 214 and the secondary material distribution conveyor belt 215;

the conveying table unit 300 comprises a conveying table bracket 310, conveying table legs 320, a motor III 330, a conveying belt 340 and a cage 350;

the conveying table support 310 is arranged right below the weighing and filling heads 241, namely, the conveying table support 320 is fixedly arranged below the conveying table support 310, the output shaft of the motor III 330 is connected with the conveying belt 340 through sprocket transmission in a matched mode, and the cage 350 is arranged on the conveying belt 340, so that the weighing and filling machine 240 can put oyster into the cage 350 through the weighing and filling heads 241 according to the specification, and then when the motor III 330 operates, the conveying belt 340 can be driven to rotate, and the cage 350 is conveyed.

The working principle of the utility model is as follows: putting the oyster into the elevator belt 130, connecting the first electric box 110 with the first motor 120 to drive the plurality of rollers 160, and driving the elevator belt 130 to move towards the cleaning area entrance 217 by the plurality of rollers 160; the motor component and the auxiliary distributing rod component are connected with the second power-on box 230, the motor component drives the power roller component, the power roller component drives the cleaning conveyer belt 213, the distributing conveyer belt 214 and the secondary distributing conveyer belt 215 to rotate respectively, and the oyster enters the cleaning zone inlet 217 and is conveyed by a plurality of cleaning hair rollers 213a arranged on the cleaning conveyer belt 213, so that the oyster fed to the cleaning zone unit 200 can be rubbed on the surface and then is conveyed, and the hair, soil and other impurities wound on the surface of the oyster are effectively removed;

the water inlet 218a is externally connected with a water pipe, the spray pipe 218 sprays water to take away dirt on the oyster and enable the dirt to flow down the sewage outlet 270, the oyster is uniformly distributed and sent to the distribution conveyer belt 214 through the cleaning conveyer belt 213 and the auxiliary distribution rod assembly to enable the oyster to flow off water on the surface, the oyster is uniformly distributed and sent to the secondary distribution conveyer belt 215 through the auxiliary distribution conveyer belt 214 again through the auxiliary distribution rod assembly, and then the cleaned oyster is uniformly distributed and sent to the weighing and filling machine 240 through the secondary distribution conveyer belt 215 and the auxiliary distribution rod assembly;

the third motor 330 drives the conveying belt 340, the cage 350 is manually placed on the conveying belt 340, the oyster is placed into the cage 350 through the weighing filling heads 241 according to the specification by the weighing filling machine 240, and the conveying belt 340 conveys the cage 350 with the collected oyster to one side to enable the next cage 350 to continuously collect the washed oyster;

in summary, this oyster washs screening cage machine can carry out automatic feeding operation to the oyster that needs washing processing, and can carry out continuous friction to its surface at the motion in-process of oyster earlier, effectively got rid of oyster surface winding hair, earth and other impurity, then the rethread sprays and continues to wash oyster itself, effectively wash the impurity that the oyster surface was brushed out in time, finally divide the material filling of oyster after wasing in the cage container again, can be applicable to the oyster of different specifications and variety, have very strong adaptability, degree of automation is high, labour saving and time saving effectively improves machining efficiency.

The above description is only of the preferred embodiments of the present utility model, and any person skilled in the art may modify the present utility model or make modifications to the present utility model with the technical solutions described above. Therefore, any simple modification or equivalent made according to the technical solution of the present utility model falls within the scope of the protection claimed by the present utility model.

Claims

1. Full-automatic oyster washs screening dress cage machine, its characterized in that: the automatic cleaning device comprises a lifting machine unit (100), a cleaning area unit (200) and a conveying table unit (300), wherein the lifting machine unit (100) is located at one side of a feeding end of the cleaning area unit (200), and the conveying table unit (300) is located at one side of a discharging end of the cleaning area unit (200).

2. The fully automatic oyster washing, screening and cage loading machine according to claim 1, wherein: the elevator unit (100) comprises an electric box I (110), a motor I (120), an elevator belt (130), an elevator bracket (140), elevator support legs (150) and rollers (160);

the first electric box (110) is fixedly arranged below the inner side of the elevator bracket (140), the elevator support leg (150) is arranged at the bottom of the elevator bracket (140), the first motor (120) is fixedly arranged at the top of the elevator bracket (140), and the first electric box (110) is electrically connected with the first motor (120);

a plurality of rollers (160) are rotatably arranged on the inclined surface of the elevator bracket (140), the rollers (160) are in transmission fit connection through an elevator belt (130), and the rollers (160) are in transmission fit connection with an output shaft of a first motor (120) through a sprocket.

3. The fully automatic oyster washing, screening and cage loading machine according to claim 2, wherein: the cleaning area unit (200) comprises a motor component, a power roller component, a cleaning conveyer belt (213), a plurality of cleaning hair rollers (213) a), a material distribution conveyer belt (214), a secondary material distribution conveyer belt (215), a swinging baffle plate (216), a cleaning area inlet (217), a spray pipe (218), a water inlet (218 a), a conveyer belt supporting frame (219), an auxiliary material distribution rod component, a roller fixing seat component, a second electric box (230), a weighing filling machine (240), a plurality of weighing filling heads (241), a cleaning area supporting frame (250), cleaning area supporting legs (260) and a drain outlet (270);

the motor assembly is fixedly arranged at the front end of the cleaning area support (250), the motor assembly comprises a motor II a (210 a), a motor II b (210 b) and a motor II c (210 c), the power roller assembly comprises a power roller I (211 a), a power roller II (211 b) and a power roller III (211 c), an output shaft of the motor II a (210 a) is fixedly connected with the power roller I (211 a), an output shaft of the motor II b (210 b) is fixedly connected with the power roller II (211 b), an output shaft of the motor II c (210 c) is fixedly connected with the power roller III (211 c), the power roller I (211 a) is connected with a plurality of cleaning hair rollers (213 a) through sprocket transmission cooperation, the power roller II (211 b) is connected with a material distributing and conveying belt (214) through sprocket transmission cooperation, and the power roller III (211 c) is connected with a secondary material distributing and conveying belt (215) through sprocket transmission cooperation.

4. A fully automatic oyster washing, screening and cage loading machine according to claim 3, wherein: the auxiliary material distribution rod assembly comprises three gear motors (220 a) and three auxiliary material distribution rods (220 b), wherein the three gear motors (220 a) are fixedly arranged at the front end of a cleaning area support (250), the output shafts of the three gear motors (220 a) are fixedly connected with the front ends of the three auxiliary material distribution rods (220 b) respectively, and the three auxiliary material distribution rods (220 b) are arranged at the right end of a cleaning conveying belt (213), the right end of a material distribution conveying belt (214) and the right end of a secondary material distribution conveying belt (215) respectively.

5. The fully automatic oyster washing, screening and cage loading machine according to claim 4, wherein: the roller assembly comprises a first roller (212 a), a second roller (212 b) and a third roller (212 c), the roller fixing seat assembly comprises a first roller fixing seat (221 a), a second roller fixing seat (221 b) and a third roller fixing seat (221 c), the first roller fixing seat (221 a), the second roller fixing seat (221 b) and the third roller fixing seat (221 c) are fixedly arranged at the front end of the cleaning area support (250), the first roller (212 a), the second roller (212 b) and the third roller (212 c) are all positioned at the inner side of the cleaning area support (250), the first roller (212 a), the second roller (212 b) and the third roller (212 c) are respectively and rotatably arranged on the first roller fixing seat (221 a), the second roller fixing seat (221 b) and the third roller fixing seat (221 c), and the first roller (212 a), the second roller (212 b) and the third roller fixing seat (212 c) are respectively arranged at the left end of the cleaning conveyor belt (213), the left end of the separating conveyor belt (214) and the left end of the secondary separating conveyor belt (215).

6. The fully automatic oyster washing, screening and cage loading machine according to claim 5, wherein: the top end of the swinging baffle (216) is rotatably arranged at the right end of the cleaning area support (250), the cleaning area inlet (217) is arranged at the left end of the cleaning area support (250), the inclined upper end of the elevator belt (130) is positioned at the cleaning area inlet (217), the spray pipe (218) is fixedly arranged at the right side of the cleaning area inlet (217), the spray pipe (218) is positioned above the cleaning conveying belt (213), the front end of the spray pipe (218) is provided with a water inlet (218 a), the water inlet (218 a) is connected with a water source in a pipeline, the conveying belt support (219) is respectively fixedly arranged at the bottom of the cleaning conveying belt (213), the bottom of the distributing conveying belt (214) and the bottom of the secondary distributing conveying belt (215), and the conveying belt support (219) is longitudinally and fixedly arranged at the inner side of the cleaning area support (250);

the second electric box (230) is fixedly arranged on the upper side of the right end of the cleaning area bracket (250), the weighing filling machine (240) is fixedly arranged right below the second electric box (230), and a plurality of weighing filling heads (241) are arranged on the lower side of the weighing filling machine (240);

the cleaning area support legs (260) are fixedly arranged at the bottoms of the cleaning area supports (250), and the drain outlet (270) is arranged under the cleaning conveying belt (213), the distributing conveying belt (214) and the secondary distributing conveying belt (215).

7. A fully automatic oyster washing, screening and cage loading machine according to claim 3, wherein: the conveying table unit (300) comprises a conveying table bracket (310), conveying table legs (320), a motor III (330), a conveying belt (340) and a cage (350);

the conveying table support (310) is arranged right below the weighing filling heads (241), and the conveying table support legs (320) are fixedly arranged below the conveying table support (310);

the output shaft of the motor III (330) is connected with the conveying belt (340) in a transmission fit manner through a chain wheel, and the cage (350) is arranged on the conveying belt (340).