CN214962516U - Automatic fruit cleaning equipment - Google Patents

Abstract

The utility model provides an automatic cleaning equipment of fruit, includes along immersion cleaning loading attachment, round brush device, the multistage air-dry device that fruit direction of delivery arranged in proper order. The utility model discloses be provided with the pickling basin that can soak fruit, can soften the spot on fruit surface through soaking the fruit mode, still be provided with the fruit that sinks fruit into the aquatic completely on the pickling basin in addition and soak the mechanism, guarantee that the surface of fruit soaks evenly, the stain homoenergetic is soaked softening. After the fruits are soaked, the surfaces of the fruits are brushed by the rolling brush device, stains on the surfaces of the fruits are completely removed, and then the fruits are air-dried and waxed by the multi-stage air drying device, so that the production efficiency is effectively improved, the labor cost is saved, the automation degree is high, and the fruit cleaning device is suitable for being widely popularized and applied.

Description

Automatic fruit cleaning equipment

Technical Field

The utility model relates to a fruit processing equipment field, concretely relates to automatic cleaning equipment of fruit.

Background

At present, in order to improve the economic value of fruits, the fruits are required to be cleaned, graded, packaged and sold in the market after being harvested.

However, the existing fruit cleaning method is simple, and usually only manual cleaning or washing with special equipment water is needed, so that the cleaning effect is poor, and the efficiency is low, therefore, how to improve the fruit cleaning effect and efficiency is a problem to be solved urgently.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects of the prior art, the utility model provides an automatic fruit cleaning device.

The utility model provides a technical scheme that its technical problem adopted is:

the utility model provides an automatic cleaning equipment of fruit which characterized in that: the fruit pickling and drying device comprises a pickling feeding device, a rolling brush device and a multi-stage air drying device which are sequentially arranged along the fruit conveying direction, wherein the pickling feeding device comprises a pickling support, a pickling water tank and a pickling lifting machine, the interior of the pickling water tank is divided into a fruit pickling area and a precipitation area from top to bottom, and a pickling filter plate is arranged between the fruit pickling area and the precipitation area for communication; be connected with the right-hand injection mechanism who sprays rivers in fruit pickling district on the pickling basin, fruit pickling district left end top is fruit pickling entry, and the right-hand member top is fruit pickling export, be equipped with the fruit pickling mechanism of submerging fruit into the aquatic completely between fruit pickling entry and the fruit pickling export, the material loading end of pickling lifting machine inserts in the fruit pickling district from fruit pickling export, be equipped with supersonic generator in the settling zone.

The utility model discloses in, fruit soaks the mechanism and soaks pinch roller, the drive of soaking between two soaking mount pads, soaks pinch roller pivoted drive arrangement including two soaking mount pads, the rotation connection of locating soaking basin upper end.

The utility model discloses in, the round brush device is including wasing the frame, locating washing passageway in the washing frame, be used for wasing the washing conveyor assembly of fruit, be used for removing the dewatering conveyor assembly of fruit surface water track, connect the second drive arrangement who drives washing conveyor assembly and dewatering conveyor assembly work, and the left end of wasing the passageway is equipped with fruit and washs the entry, and the right-hand member is equipped with fruit and washs the export, wash conveyor assembly and dewatering conveyor assembly and arrange in proper order from a left side to the right side in wasing the passageway.

The utility model discloses in, wash conveying assembly and include to drive rotatory many washing conveying rollers by second drive arrangement, every washing conveying roller all is provided with the washing brush that is used for scrubbing fruit on the surface.

The utility model discloses in, dewatering conveying assembly includes and drives rotatory many dewatering conveying rollers by second drive arrangement, and every dewatering conveying roller all is provided with the brush that absorbs water that is used for absorbing fruit surface water stain on the surface, be equipped with the washing spray set that is used for spraying washing fruit in the washing passageway, wash spray set and locate many washing conveying roller tops.

The utility model discloses in, be equipped with a plurality of resistance subassemblies that exert the resistance to fruit in the washing passageway, a plurality of resistance subassemblies are arranged in proper order from a left side to the right side in the washing passageway and are arranged and be located many washing conveying rollers and many dewatering conveying roller tops.

The utility model discloses in, multistage air-dry device includes one-level air-dry mechanism, second grade air-dry mechanism, tertiary air-dry mechanism that arranges in proper order along fruit direction of delivery.

The utility model discloses in, one-level air-dry mechanism includes that one-level conveying mechanism, a plurality of ability blow off hot-blast one-level air-out module to fruit, one-level conveying mechanism top is located to one-level air-out module, the cover is equipped with the cotton layer that absorbs water on one-level conveying roller outer peripheral face of one-level conveying mechanism.

The utility model discloses in, second grade air-dry mechanism include the initiating terminal set up in second grade conveying mechanism of one-level conveying mechanism end tail end below, can blow out the second grade air-out module of cold wind to fruit, second grade air-out module locates second grade conveying mechanism top.

The utility model discloses in, tertiary air-dry mechanism include the initiating terminal set up in tertiary conveying mechanism, the waxing module that can wax on the fruit surface, the tertiary air-out module that can blow off cold wind to fruit of second grade conveying mechanism end tail end below, waxing module and tertiary air-out module are arranged at tertiary conveying mechanism top along tertiary conveying mechanism direction of delivery in proper order.

The utility model has the advantages that: the utility model discloses be provided with the pickling basin that can soak fruit, can soften the spot on fruit surface through soaking the fruit mode, still be provided with the fruit that sinks fruit into the aquatic completely on the pickling basin in addition and soak the mechanism, guarantee that the surface of fruit soaks evenly, the stain homoenergetic is soaked softening. Still be provided with ultrasonic generator in the soaking basin simultaneously and further soften and clear up the stain on fruit surface, guarantee that the stain on fruit surface just obtains softening and preliminary washing before being washd by the brush to improve the cleaning quality of fruit. After the fruits are soaked, the surfaces of the fruits are brushed by the rolling brush device, stains on the surfaces of the fruits are completely removed, and then the fruits are air-dried and waxed by the multi-stage air drying device, so that the production efficiency is effectively improved, the labor cost is saved, the automation degree is high, and the fruit cleaning device is suitable for being widely popularized and applied.

Drawings

The invention will be further explained with reference to the drawings and the embodiments below:

FIG. 1 is a front view of the present embodiment;

FIG. 2 is a schematic view of the internal structure of the soaking and feeding device;

FIG. 3 is a top view of FIG. 2;

FIG. 4 is a rear view of FIG. 2;

FIG. 5 is a schematic view of the internal structure of the roll brush device;

FIG. 6 is a top view of FIG. 5;

FIG. 7 is a schematic structural view of a multi-stage seasoning apparatus;

FIG. 8 is a top view of FIG. 7;

FIG. 9 is a schematic structural view of a primary air drying mechanism;

FIG. 10 is a schematic structural view of a secondary air drying mechanism;

FIG. 11 is a schematic structural view of a tertiary seasoning mechanism.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the drawings in the embodiments of the present invention are combined below to clearly and completely describe the technical solutions in the embodiments of the present invention.

Referring to fig. 1-4, an automatic cleaning equipment of fruit, includes along soaking loading attachment 100, round brush device 200, multistage air-dry device 300 that fruit direction of delivery arranged in proper order, soaking loading attachment 100 including soak support 1A, locate the soaking basin 2A that is used for soaking fruit in the soaking frame, be used for carrying the soaking lifting machine 3A of next process with fruit in the soaking basin 2A. The inside of the immersion cleaning water tank 2A is divided into a fruit immersion cleaning area 10A and a precipitation area 20A from top to bottom, a immersion cleaning filter plate 4A is arranged between the fruit immersion cleaning area 10A and the precipitation area 20A for communication, and the immersion cleaning filter plate 4A can prevent fruits from entering the precipitation area 20A. The fruit immersion cleaning device is characterized in that an injection mechanism 5A which injects water flow to the right in a fruit immersion cleaning area 10A is connected to the immersion cleaning water tank 2A, the top of the left end of the fruit immersion cleaning area 10A is a fruit immersion cleaning inlet, the top of the right end of the fruit immersion cleaning area 10A is a fruit immersion cleaning outlet, a fruit immersion cleaning mechanism 6A which completely sinks fruits into water is arranged between the fruit immersion cleaning inlet and the fruit immersion cleaning outlet, the feeding end of an immersion cleaning lifting machine 3A is inserted into the fruit immersion cleaning area 10A from the fruit immersion cleaning outlet, and an ultrasonic generator 7A close to an immersion cleaning filter plate 4A is arranged in the settling area 20A.

As a preferred embodiment, the back side surface of the immersion water tank 2A is provided with an immersion water overflow port 21A, the immersion water overflow port 21A is communicated with an immersion water receiving tank 22A, and the above structure can prevent the water in the immersion water tank 2A from overflowing to the ground, thereby achieving the purpose of saving water source. In addition, the immersion-cleaning overflow port 21A is covered with an immersion-cleaning overflow filter screen 23A, so that fruits are prevented from flowing into the immersion-cleaning water receiving tank 22A from the immersion-cleaning overflow port 21A.

In a preferred embodiment, a soaking water pump 24A is connected to the soaking water receiving tank 22A, and the soaking water pump 24A is mounted on the soaking support 1A and located below the soaking water tank 2A. Soak and wash 24A of water pump and connect injection mechanism 5A, injection mechanism 5A is the injection water pipe, the one end and the soaking water pump 24A of injection water pipe are connected, and the other end soaks the left end in district 10A with extending to fruit, soaks the left end in district 10A at fruit and spouts rivers to the right side to this drives fruit from fruit soaking entry position flow direction fruit soaking export direction through this rivers, and enters into on the soaking lifting machine.

In the structure, be equipped with first water filter 25A between immersion cleaning water receiving tank 22A and immersion cleaning water pump 24A to impurity in the filtration aquatic, first water filter 25A's input is connected with the first preceding water receiving pipe of intercommunication immersion cleaning water receiving tank 22A bottom, and the output is connected with first back water receiving pipe, first back water receiving pipe and immersion cleaning water pump 24A's input intercommunication.

In this embodiment, the soaking elevator 3A has an existing structure, and is divided into an inclined conveying section and a horizontal conveying section, the lower end of the inclined conveying section is inserted into the fruit soaking area 10A from the fruit soaking outlet, and the inclined conveying section takes out the fruits soaked in the fruit soaking area 10A and conveys the fruits to the next process for processing through the horizontal conveying section. In addition, be equipped with the first water receiving guide slot 31A that is used for receiving the water that soaks lifting machine 3A and flows down and carry back to soak basin 2A on the frame of pickling, first water receiving guide slot 31A is located the below of pickling lifting machine, and first water receiving guide slot 31A includes the horizontal water receiving section of the horizontal transport section of correspondence, the slope water receiving section of the section of transportation that corresponds the slope.

In a preferred embodiment, the soaking and spraying device 8A for spraying the fruits is arranged on the soaking and lifting machine so as to improve the fruit cleaning quality. Soak 8A of washing spray set including locating shower 81A on the slope transport section, locating a plurality of on the shower 81A and soak nozzle 82A, shower 81A is connected by soaking water pump 24A and is supplied water, and soaking nozzle 82A can wash the fruit on the slope transport section to improve the cleaning quality of fruit.

In a preferred embodiment, a first drain outlet 26A for draining the sewage in the settling area 20A is arranged at the bottom of the immersion water tank 2A, and a first drain valve is mounted on the first drain outlet 26A and used for opening and closing the first drain outlet 26A.

As a preferred embodiment, the fruit soaking mechanism 6A includes two soaking installation seats disposed at the upper end of the soaking water tank 2A, a soaking pressure wheel 61A rotatably connected between the two soaking installation seats, and a first driving device 62A for driving the soaking pressure wheel 61A to rotate. In this embodiment, two immersion cleaning mount pads are respectively arranged at the front end and the rear end of an immersion cleaning water tank 2A, the partial part of the immersion cleaning pinch roller 61A is inserted into the fruit immersion cleaning area 10A, and a plurality of immersion cleaning press plates 63A used for pressing the fruits into the water are arranged on the circumferential surface of the immersion cleaning pinch roller 61A. In addition, soak and wash pinch roller 61A and be hollow structure to reduce the weight that soaks and wash pinch roller 61A, reduce the energy consumption that soaks and wash pinch roller 61A work, soak and wash pinch roller 61A and be equipped with a plurality of meshes that make soak and wash pinch roller 61A inside and outside intercommunication, avoid water to enter into and can not discharge after soaking and washing pinch roller 61A's the inner chamber.

In a preferred embodiment, a first fruit rolling guide groove 32A is formed at the right end of the horizontal conveying section, and the left end of the first fruit rolling guide groove 32A extends below the right end of the horizontal conveying section, so that the fruits can roll into equipment for performing the next process.

As a preferred embodiment, referring to fig. 5 to 6, the rolling brush device 200 includes a cleaning frame 1B, a cleaning channel 2B disposed on the cleaning frame 1B, a cleaning conveying assembly for cleaning fruits, a water removing conveying assembly for removing water stains on the surface of the fruits, and a second driving device 3B connected to drive the cleaning conveying assembly and the water removing conveying assembly to work, wherein a fruit cleaning inlet is disposed at the left end of the cleaning channel 2B, a fruit cleaning outlet is disposed at the right end of the cleaning channel 2B, a first fruit rolling guide groove 32A extends from the fruit cleaning inlet to above the cleaning conveying assembly, the cleaning conveying assembly and the water removing conveying assembly are sequentially arranged in the cleaning channel 2B from left to right, the cleaning conveying assembly includes a plurality of cleaning conveying rollers 4B driven by the second driving device 3B to rotate, and the front and rear ends of the plurality of cleaning conveying rollers 4B are respectively rotatably connected with the cleaning channel 2B, the surface of each cleaning conveying roller 4B is provided with a cleaning brush for brushing fruits; dewatering conveyor components includes and drives rotatory many dewatering conveying rollers 5B by second drive arrangement 3B, and both ends rotate with washing passageway 2B respectively around many dewatering conveying rollers 5B to be connected, and every dewatering conveying roller 5B all is provided with the brush that absorbs water that is used for absorbing fruit surface water stain on the surface.

In this embodiment, a cleaning spray device 6B for spraying and cleaning fruits and a plurality of resistance components 7B for applying resistance to the fruits are arranged in the cleaning channel 2B, and the cleaning spray device 6B is arranged on the top of the plurality of cleaning conveying rollers 4B to spray the fruits on the cleaning conveying components; in this embodiment, the cleaning spray device 6B includes a cleaning water pipe 61B disposed in the cleaning channel 2B, and a plurality of cleaning spray pipes 62B connected to the cleaning water pipe 61B, and each cleaning spray pipe 62B is provided with a plurality of cleaning nozzles capable of spraying water obliquely downward and leftward. Further, a plurality of resistance modules 7B are arranged in the cleaning passage 2B in order from left to right, and the plurality of resistance modules 7B are positioned on top of the plurality of cleaning feed rollers 4B and the plurality of dewatering feed rollers 5B.

In the above structure, the length direction of the cleaning water pipe 61B is parallel to the conveying direction of the cleaning channel 2B, the plurality of cleaning spray pipes 62B are sequentially arranged at intervals along the length direction of the cleaning water pipe 61B, the length direction of the cleaning spray pipes 62B is perpendicular to the length direction of the cleaning conveying pipe, the rear end of the cleaning spray pipe 62B is connected with the cleaning water pipe 61B, the front end of the cleaning spray pipe is provided with the connecting seat 63B, and the connecting seat 63B is fixed on the front side inside the cleaning channel 2B, so that the fixed installation of the cleaning spray pipes 62B is completed. In addition, the resistance assembly 7B includes a resistance rail 71B installed inside the cleaning path 2B, a plurality of first flexible flaps 72B installed on the resistance rail 71B, the first flexible flaps 72B extending downward close to the cleaning feed roller 4B.

When the fruit cleaning device works, the second driving device 3B drives all the cleaning conveying rollers 4B and the dewatering conveying rollers 5B to rotate, so that fruits entering from a fruit cleaning inlet are driven to move towards a fruit cleaning outlet, in the process, the surfaces of the fruits are scrubbed by the cleaning brushes, meanwhile, the fruits roll under the resistance action of the first flexible baffle 72B, so that the friction force between the fruits and the cleaning brushes is increased, the cleaning spraying device 6B sprays the fruits, stains on the surfaces of the fruits are carried away by water, and the cleaning quality of the surfaces of the fruits is improved; fruit after rinsing conveying component enters into on the dewatering conveying component, moves towards fruit washing export through dewatering conveying component, and at this in-process, the water mark on fruit surface is patted away, is siphoned away by the brush that absorbs water, and fruit rolls under first flexible baffle 72B's resistance effect simultaneously to in the water mark on fruit surface is got rid of as far as. In addition, the water absorbing brush may remove the water absorbed by the dewatering conveyor roller 5B by centrifugal force during rotation thereof.

As a preferred embodiment, a cleaning water tank 8B is arranged below the cleaning channel 2B, the interior of the cleaning water tank 8B is divided into a cleaning sewage chamber 10B and a cleaning water purification chamber 20B at intervals by an activated carbon filter screen 81B, a cleaning drain pipe 30B for draining cleaning sewage into the cleaning sewage chamber 10B is arranged at the bottom of the cleaning channel 2B, a first PP filter screen 82B and a second PP filter screen 83B are sequentially arranged in the cleaning sewage chamber 10B along the water flow direction, a germicidal lamp 84B for sterilizing purified water is arranged in the cleaning water purification chamber 20B, a cleaning water pump 85B for extracting purified water in the cleaning water purification chamber 20B is arranged on the inner side surface of the cleaning water tank 8B, and a cleaning water supply pipe 86B communicated with the water inlet end of the cleaning water pipe 61B is arranged on the water outlet end of the cleaning water pump 85B. Washing sewage carries out tertiary filtration purification back through first PP filter screen 82B, second PP filter screen 83B, active carbon filter screen 81B in proper order, enters into and washs water purification room 20B, and rethread bactericidal lamp 84B disinfects, then rethread washing water pump 85B is defeated to wasing spray set 6B, and the cyclic utilization of water resource has been realized to the spray rinsing fruit.

As a preferred embodiment, the fruit washing inlet and the fruit washing outlet are both provided with a second flexible water baffle 21B, so as to avoid water splashing phenomenon of the water in the washing channel 2B from the fruit washing inlet and the fruit washing outlet. In addition, a second fruit rolling guide groove 22B for receiving the fruits sent out by the dewatering conveying assembly is further arranged at the right end of the cleaning channel 2B, and the left end of the second fruit rolling guide groove 22B extends into the cleaning channel 2B from the fruit cleaning outlet so that the fruits can roll and enter equipment for the next procedure.

As a preferred embodiment, referring to fig. 6 to 11, the multistage air drying device 300 includes a first-stage air drying mechanism 100C, a second-stage air drying mechanism 200C, and a third-stage air drying mechanism 300C sequentially arranged along a fruit conveying direction, the first-stage air drying mechanism 100C includes a first-stage conveying mechanism 1C and a plurality of first-stage air outlet modules 2C capable of blowing hot air to the fruit, the first-stage air outlet modules 2C are arranged at the top of the first-stage conveying mechanism 1C, a water absorbent cotton layer 13C is sleeved on the outer circumferential surface of a first-stage conveying roller 12C of the first-stage conveying mechanism 1C, and the water absorbent cotton layer 13C is made of water absorbent sponge; the secondary air drying mechanism 200C comprises a secondary conveying mechanism 3C with a starting end arranged below the tail end of the primary conveying mechanism 1C and a secondary air outlet module 4C capable of blowing cold air to the fruits, and the secondary air outlet module 4C is arranged at the top of the secondary conveying mechanism 3C; tertiary air-dry mechanism 300C include the initiating terminal set up in tertiary conveying mechanism 5C of second grade conveying mechanism 3C end below, can wax the waxing module 6C of waxing on fruit surface, can blow out tertiary air-out module 7C of cold wind to fruit, waxing module 6C and tertiary air-out module 7C arrange in proper order at tertiary conveying mechanism 5C top along tertiary conveying mechanism 5C direction of delivery.

As a preferred embodiment, the primary conveying mechanism 1C includes a primary conveyor frame 11C, a plurality of primary conveying rollers 12C rotatably connected to the primary conveyor frame 11C, and a primary driving device connected to drive the plurality of primary conveying rollers 12C to rotate, a primary water receiving tank located below the plurality of primary conveying rollers 12C is provided on the primary conveyor frame 11C for receiving water flowing out of the surface of the fruit, and a water absorbing cotton layer 13C is sleeved on the outer peripheral surface of the primary conveying roller 12C for absorbing water stains on the surface of the fruit. In this embodiment, be equipped with two one-level air-out module 2C that two arrange along its direction of delivery interval on one-level conveying mechanism 1C, one-level air-out module 2C is including locating one-level air-out cover 21C on one-level transport frame 11C, installing the one-level air heater 22C at one-level air-out cover 21C top, one-level air heater 22C's air-out end inserts in one-level air-out cover 21C, install the flexible strip 23C of patting fast except that fruit surface water stain in the one-level air-out cover 21C to the efficiency of fruit surface water stain is got rid of in the improvement.

In a preferred embodiment, the secondary conveying mechanism 3C includes a secondary conveying frame 31C, a plurality of secondary conveying rollers 32C rotatably connected to the secondary conveying frame 31C, and a secondary driving device connected to drive the plurality of secondary conveying rollers 32C to rotate, and a secondary cushion layer is sleeved on an outer circumferential surface of the secondary conveying rollers 32C to prevent the secondary conveying rollers 32C from damaging the surface of the fruit. In this embodiment, second grade air-out module 4C is including locating second grade air-out cover 41C on second grade transport frame 31C, installing the second grade air-cooler 42C at second grade air-out cover 41C top, second grade air-cooler 42C's air-out end inserts in second grade air-out cover 41C.

In a preferred embodiment, the tertiary conveying mechanism 5C includes a tertiary conveyor frame 51C, a plurality of tertiary conveyor rollers 52C rotatably connected to the tertiary conveyor frame 51C, and a tertiary driving device connected to drive the plurality of tertiary conveyor rollers 52C to rotate, and a tertiary cushion layer is sleeved on an outer peripheral surface of the tertiary conveyor roller 52C to prevent the tertiary conveyor rollers 52C from damaging the surface of the fruit. Further, the waxing module 6C comprises a waxing cover 61C installed at the top of the tertiary conveyor frame 51C, a waxing roller 62C rotatably connected in the waxing cover 61C, and a waxing driving device for driving the waxing roller 62C to rotate, wherein the waxing roller 62C is located above the tertiary conveyor roller 52C; during the use, waxing drive arrangement drive waxing roller 62C rotates, and waxing roller 62C rotates the in-process and contacts with the fruit through tertiary conveying roller 52C and wax. In this embodiment, the number of the waxing rollers 62C is at least two, so as to improve the waxing effect and efficiency. In addition, waxing roller 62C is hollow roll body, and the one end of keeping away from waxing drive arrangement sets up irritates material hole 63C, and in the use wax material pours into the cavity of waxing roller 62C from irritating material hole 63C, and waxing roller 62C surface is flexible mesh material, and the cavity intercommunication with waxing roller 62C, and the wax material is the fluid wax material of thick and thick form, and flexible sponge is preferably used to flexible mesh material.

As a preferred embodiment, three tertiary air outlet modules 7C arranged at intervals along the conveying direction of the tertiary conveying mechanism 5C are arranged on the tertiary conveying mechanism 5C, each tertiary air outlet module 7C comprises a tertiary air outlet cover 71C arranged on the tertiary conveying rack 51C and a tertiary air cooler 72C installed at the top of the tertiary air outlet cover 71C, and an air outlet end of the tertiary air cooler 72C is inserted into the tertiary air outlet cover 71C.

The above description is only the preferred embodiment of the present invention, and the technical solutions of the objects of the present invention are all within the protection scope of the present invention as long as the objects are achieved by the substantially same means.

Claims (10)

1. The utility model provides an automatic cleaning equipment of fruit which characterized in that: the fruit washing machine comprises a washing feeding device (100), a rolling brush device (200) and a multi-stage air drying device (300) which are sequentially arranged along the conveying direction of fruits, wherein the washing feeding device (100) comprises a washing support (1A), a washing water tank (2A) and a washing elevator (3A), the inside of the washing water tank (2A) is divided into a fruit washing area (10A) and a precipitation area (20A) from top to bottom, and a washing filter plate (4A) is arranged between the fruit washing area (10A) and the precipitation area (20A) to be communicated with each other; be connected with on soaking basin (2A) to right-hand injection mechanism (5A) of rivers in fruit soaking district (10A), fruit soaking district (10A) left end top is the fruit soaking entry, and the right-hand member top is the fruit soaking export, fruit soaking is equipped with between entry and the fruit soaking export and sinks fruit into fruit soaking mechanism (6A) of aquatic completely, the material loading end of soaking lifting machine (3A) inserts in fruit soaking district (10A) from the fruit soaking export, be equipped with supersonic generator (7A) in precipitation zone (20A).

2. An automated fruit washing apparatus according to claim 1, wherein: fruit soaks mechanism (6A) including locating two soaks the mount pad of soaking basin (2A) upper end, rotate to connect soak pinch roller (61A), drive and soak pinch roller (61A) pivoted drive arrangement (62A) of washing between two soaks the mount pad.

3. An automated fruit washing apparatus according to claim 1, wherein: the round brush device (200) is including wasing frame (1B), locating washing passageway (2B) on washing frame (1B), the washing conveyor assembly that is used for wasing fruit, the dewatering conveyor assembly that is used for removing fruit surface water stain, connect and drive second drive arrangement (3B) that washs conveyor assembly and dewatering conveyor assembly work, and the left end that washs passageway (2B) is equipped with fruit and washs the entry, and the right-hand member is equipped with fruit and washs the export, wash conveyor assembly and dewatering conveyor assembly and arrange in proper order from a left side to the right side in wasing passageway (2B).

4. An automated fruit washing apparatus according to claim 3, wherein: wash conveying assembly and include that it washs conveying roller (4B) to drive rotatory many by second drive arrangement (3B), every washs the washing brush that all is provided with on the surface of conveying roller (4B) and is used for scrubbing fruit.

5. An automated fruit washing apparatus according to claim 4, wherein: dewatering conveying assembly includes that it drives rotatory many dewatering conveying rollers (5B) by second drive arrangement (3B), and every dewatering conveying roller (5B) all is provided with the brush that absorbs water that is used for absorbing fruit surface water stain on the surface, be equipped with in washing passageway (2B) and be used for spraying washing spray set (6B) of wasing fruit, wash spray set (6B) and locate many and wash conveying roller (4B) tops.

6. An automated fruit washing apparatus according to claim 5, wherein: wash and be equipped with in passageway (2B) and exert a plurality of resistance components (7B) of resistance to fruit, a plurality of resistance components (7B) are arranged in proper order from a left side to the right side in washing passageway (2B) and are arranged and are located many washing conveying rollers (4B) and many dewatering conveying roller (5B) tops.

7. An automated fruit washing apparatus according to claim 1, wherein: multistage air-dry device (300) including along fruit direction of delivery one-level air-dry mechanism (100C), second grade air-dry mechanism (200C), tertiary air-dry mechanism (300C) that arrange in proper order.

8. An automated fruit washing apparatus according to claim 7, wherein: one-level air-dry mechanism (100C) includes one-level conveying mechanism (1C), a plurality of one-level air-out module (2C) that can blow off hot-blast to fruit, one-level conveying mechanism (1C) top is located in one-level air-out module (2C), the cover is equipped with cotton layer (13C) that absorbs water on one-level conveying roller (12C) outer peripheral face of one-level conveying mechanism (1C).

9. An automated fruit washing apparatus according to claim 8, wherein: second grade air-dries mechanism (200C) including the initiating terminal set up in second grade conveying mechanism (3C) of one-level conveying mechanism (1C) end below, can blow out two-stage air-out module (4C) of cold wind to fruit, second grade air-out module (4C) are located second grade conveying mechanism (3C) top.

10. An automated fruit washing apparatus according to claim 9, wherein: tertiary air-dry mechanism (300C) include the initiating terminal set up in tertiary conveying mechanism (5C), the waxing module (6C) that can wax on the fruit surface, tertiary air-out module (7C) that can blow out cold wind to fruit are held the below to second grade conveying mechanism (3C), waxing module (6C) and tertiary air-out module (7C) are arranged at tertiary conveying mechanism (5C) top along tertiary conveying mechanism (5C) direction of delivery in proper order.

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