CN207707807U - It is vortexed beet washer and the vortex including the vortex beet washer shakes beet washer - Google Patents

Abstract

The utility model is related to a kind of vortex beet washer and the vortex including the vortex beet washer shakes beet washer, including vegetable sink, the swirl flow mechanism communicated with vegetable sink is arranged in the side wall of vegetable sink, vegetable sink one end is into dish end, the other end is dish delivery end, vegetable sink into flushing machine is arranged at dish end, flushing machine includes the flushing main pipeline that end extends close to swirl flow mechanism, rinses on main pipeline and opens up several flushing branch pipes communicated with vegetable sink.By the end set of wash tub pipe at vortex water outlet device, with vortex water outlet device cooperation, the vegetables at dead angle will be accumulated and pushed to dish delivery extreme direction.

Description

It is vortexed beet washer and the vortex including the vortex beet washer shakes beet washer

Technical field

The utility model is related to a kind of vortex beet washer and the vortex including the vortex beet washer shakes beet washer.

Background technology

The vegetable melon and fruit surface of fresh picking usually has that part agriculture is residual and insects residue.Therefore, vegetable cleaning is Committed step before fruits and vegetables.In order to more thoroughly clean the residue on vegetable melon and fruit surface, it is generally mated vortex wash vegetables.

Common vortex beet washer includes vegetable sink, several vortex water outlet devices of arranging on a side wall of vegetable sink, wash vegetables Pond into a wash tub pipe is equipped at dish end, auxiliary pushing vegetables are flowed to dish delivery extreme direction.The end of the wash tub pipe Portion is typically remote from vortex water outlet device, and wash tub pipe opens up several branch pipes along its length.

In use, the water flowed out at vortex water outlet device forms whirlpool in vegetable sink, and close to the end of wash tub pipe position The hydraulic pressure for setting place is maximum, and the vegetables far from vortex water outlet device is driven quickly to be flowed to dish delivery extreme direction.Close to vortex water outlet device The hydraulic pressure at place is smaller, and be vortexed at water outlet device flow out water form vortex, at this location vegetables understand original place spin, vegetables by Gradually accumulation can not be flowed at this location, form accumulation dead angle.It is generally necessary to human assistance pushes this Vegetable, make vegetables to Dish delivery extreme direction flows.

Utility model content

The purpose of this utility model is to provide a kind of vortex beet washers, by the end set of wash tub pipe close to vortex At water outlet device, with vortex water outlet device cooperation, the vegetables at dead angle will be accumulated and pushed to dish delivery extreme direction.

The above-mentioned purpose of the utility model technical scheme is that：A kind of vortex beet washer, including The swirl flow mechanism communicated with vegetable sink is arranged in vegetable sink, the side wall of vegetable sink, and vegetable sink one end is into dish end, and the other end is dish delivery End, vegetable sink into flushing machine is arranged at dish end, flushing machine includes the flushing supervisor that end extends close to swirl flow mechanism Road rinses on main pipeline and opens up several flushing branch pipes communicated with vegetable sink.

Using above technical scheme, after enough water is put in vegetable sink, vegetables are put into vegetable sink, vegetables are from into dish end It is flowed to dish delivery extreme direction.Swirl flow mechanism is set on one side wall of vegetable sink, swirl flow mechanism to when vegetable sink internal water flooding, with The flow direction of vegetables is vertical, and flow collides to form vortex, and vegetables washing time in vegetable sink is longer, and vortex can also will glue Attached impurity on vegetables rinses more thorough.And have some vegetables by vortes interference, it may be deposited in close to turbine At structure, it can not be flowed out from dish delivery end.

Increase flushing machine into dish end in vegetable sink with swirl flow mechanism to coordinate, flushing machine is discharged direction and flows with vegetables Direction is identical, rinses the pipe end of main pipeline at swirl flow mechanism, mutual with vortex close to the hydraulic pressure bigger of end position Mend, by vortes interference accumulation vegetables by flushing machine motive force, with flow to dish delivery extreme direction flow.

Further, swirl flow mechanism includes the vortex outlet pipe being connected to vegetable sink, and is connected with vortex outlet pipe rotation The vortex water outlet device connect is vortexed between outlet pipe and vortex water outlet device and is fixed using removable fasteners.

Using above technical scheme, external water injection vortex outlet pipe, water enters wash vegetables from vortex water outlet device outflow In pond.Vortex water outlet device can rotate different angles relative to vortex outlet pipe, and vortex water outlet device turns to after designated position, It is connected using fastener, the angle for being vortexed water outlet device also accordingly determines.It is possible thereby to which the type according to institute's wash vegetables accordingly adjusts whirlpool The angle of hydrophone is flowed out, while being vortexed water outlet device and being detachably connected with vortex outlet pipe, it is convenient that vortex water outlet device is cleaned.

Further, side wall of the vegetable sink close to dish delivery end opens up auxiliary dish outlet water hole.

Using above technical scheme, vegetables are when vegetable sink is flowed into dish end to dish delivery extreme direction, in the position into dish end Place is set, vegetables can coordinate with flushing machine smoothly pushes vegetables to dish delivery extreme direction.When vegetables are sent at dish delivery end, Apart from flushing machine distance farther out, auxiliary dish outlet water hole is arranged in vegetables at this location, and the water flowed out from auxiliary dish outlet hole pushes Vegetables are quickly flowed out from dish delivery end.

Further, filter mechanism is arranged close to the side at dish delivery end in vegetable sink, and filter mechanism includes that one end deviates from wash vegetables The rest stand that pond overturning is opened, is rotatablely connected filter vat on rest stand by shaft, and filter vat is vertical with vegetables flow direction, turn Rotation connection and the isometric baffle of filter vat on axis.

Using above technical scheme, when vegetables are flowed into dish end to dish delivery extreme direction certainly in vegetable sink, in vegetable sink The water surface can float the sundries such as the hair to fall off from vegetables, worm gruel unavoidably also can band part water when vegetables are flowed from dish delivery end Outflow, this part water can be with secondary use by processing.Therefore filter mechanism is set on vegetable sink, when vegetables are flowed, mistake Lauter tub rotates always, and adherency swims in the sundries such as hair on the water surface, worm gruel.Water by filtering is flowed out with vegetables from dish delivery end When, facilitate recycling.In addition, filter vat can also be as rest stand be to away from vegetable sink direction overturning opening, easy cleaning adherency Sundries on filter vat.

Further, vegetable sink side wall is equipped with the ozone mechanism being connected to vegetable sink, and ozone mechanism includes actuator, with drive The air inlet pipe of moving part connection, opens up several air intake branches being connected to vegetable sink in air inlet pipe, air inlet pipe close to actuator one End setting non-return bend pipe.

Using above technical scheme, in order to keep vegetable cleaning cleaner, in vegetable sink side wall setting ozone mechanism, to washing Dish fills ozone sterilization in pond.The driven moving part driving of ozone enters along air intake branch in vegetable sink, vegetables were being cleaned through air inlet pipe Cheng Zhong, constantly to drum ozone gas in vegetable sink, after ozone stops, water inside vegetable sink time is along air inlet pipe to refluence To actuator, actuator may be damaged.Therefore, non-return bend pipe is set at the position close to actuator, when ozone is led in stopping When, avoid the water inside vegetable sink from being back at actuator.

Further, end set discharging valve of the air inlet pipe far from actuator.

Using above technical scheme, when stopping delivery of ozone, inevitably residual fraction falls from vegetable sink in air inlet pipe The water of stream is arranged discharging valve in the one end of air inlet pipe far from actuator, opens discharging valve, can put remaining water in air inlet pipe Go out, is used in order to avoid influencing next time.

Further, stock guide is arranged in the dish delivery end of vegetable sink.

Using above technical scheme, vortex beet washer can be used alone, and can also be used in series with other equipment, from washing The vegetables meeting band part water of the dish delivery end outflow in dish pond, is arranged stock guide, facilitates vegetables and part water water conservancy diversion at this location To subsequent processing.

The another object of the utility model is to provide a kind of vortex vibrations beet washer, at the dish delivery end of vortex beet washer It connects at position, further vibrations water removal removal of impurities processing is done to the vegetables flowed out from vortex beet washer, reduces the residual on vegetables Spot.

The above-mentioned purpose of the utility model technical scheme is that：A kind of vortex vibrations beet washer, Including above-mentioned vortex beet washer, vibrations beet washer is connected in series with vortex beet washer, vibrations beet washer includes going out with vegetable sink Spraying mechanism is arranged in the vibrating screen mechanism that dish end abuts, vibrating screen mechanism top, and spraying mechanism includes being set to vibrating screen mechanism close to whirlpool The main jet shower pipe of beet washer is flowed, and several spray branch pipes being connected with main jet shower pipe, spray branch pipe is equipped with several spray heads.

Using above technical scheme, the vegetables flowed out from vortex beet washer enter by stock guide in vibrations beet washer, vegetable Dish is layered on vibrating screen mechanism, and is forwarded with the vibrations of vibrating screen mechanism, on the one hand vibrating screen mechanism can rely on vibrations to make Vegetables are firmly transmitted, on the other hand the water and residue that vegetable surface adheres to can also be separated.In order to further increase Add vegetable cleaning effect, spraying mechanism is set above vibrating screen mechanism, water is flowed out through spraying branch pipe from spray head, and water is sprayed at vegetables On, the sundries for sieve separation of shaking can be rinsed out.

Further, vibrating screen mechanism includes the sieve plate that shakes, and the water tank below the sieve plate that shakes is arranged, and shake sieve plate and water storage Filter mechanism is equipped between case, filter mechanism includes filter screen, and towards the inclined slanting baffle of filter screen.

Using above technical scheme, the sieve plate that shakes is equipped with several leakage holes, and the sundries detached from vegetable surface passes through leak Hole drops down onto in water tank.In order to facilitate the water recycled in water tank, filter mechanism is set above water tank.From vegetables table The sundries of face separation is stayed in by the secondary filter of filter screen on strainer.Matched simultaneously using filter screen and slanting baffle in filter mechanism It closes and uses, the large area for reducing filter screen uses, and reduces cost.

Further, the sieve plate that shakes is equipped with pyrometric cone along vegetables flow direction.

Using above technical scheme, the sieve plate that shakes is driven by vibration motor generates resonance, and places vegetables on the sieve plate that shakes, and shakes The direction setting pyrometric cone of sieve plate upper edge vegetables flowing, the similar rigid support increased in the plane for the sieve plate that shakes of pyrometric cone, into One step increase is shaken the rigidity of sieve plate.

In conclusion the utility model has the advantages that：

1, the flushing machine that setting coordinates with swirl flow mechanism on vortex beet washer, when vegetables are cleaned in vegetable sink, both Can be seethed rinsing by vortex, but can flushing machine cooperation to smoothly being flowed to dish delivery extreme direction.

2, the direction of the vortex water outlet device on swirl flow mechanism can be adjusted, and the vortex that can accordingly adjust in vegetable sink is big It is small.

3, filter mechanism inside vegetable sink is set, the filtering foreign swum in vegetable sink can be fallen, by filtering Water later can reuse.

4, in order to keep vegetable cleaning cleaner, in the dish delivery end series connection vibrations beet washer of vortex beet washer, vegetables pass through It is vortexed after beet washer cleaning, vibrations beet washer vibrations further detach the sundries wrapped up on vegetables, and in vortex wash vegetables Increase spray structure on machine, the sundries detached from vegetables is further rinsed out.

Description of the drawings

Fig. 1 is the structural schematic diagram for being vortexed beet washer；

Fig. 2 is the partial sectional view for being vortexed beet washer vegetable sink, to show its internal structure；

Fig. 3 is the exploded perspective view for being vortexed water outlet device；

Fig. 4 is another visual angle schematic diagram for being vortexed beet washer, to show flushing machine；

Fig. 5 is the structural schematic diagram for the ozone mechanism for being vortexed beet washer；

Fig. 6 is the structural schematic diagram for the filter mechanism for being vortexed beet washer；

Fig. 7 is the structural schematic diagram of rest stand and vegetable sink rotation connection；

Fig. 8 is the structural schematic diagram of vortex vibrations beet washer in embodiment two；

Fig. 9 is the schematic diagram for shaking water tank partly cut-away in beet washer, to show water tank internal structure；

Figure 10 is the structural schematic diagram for shaking beet washer；

Figure 11 is the enlarged drawing of part A in Figure 10, to show damping；

Figure 12 is the structural schematic diagram of flushing machine.

In figure, 1, vortex beet washer；10, holder；11, vegetable sink；111, into dish end；112, dish delivery end；113, filter plate； 114, water inlet；115, water outlet；116, auxiliary dish outlet water hole；117, stock guide；12, swirl flow mechanism；121, it is vortexed main pipeline； 122, it is vortexed outlet pipe；1221, fixed column；123, it is vortexed water outlet device；124, bolt；13, flushing machine；131, supervisor is rinsed Road；132, branch pipe is rinsed；14, ozone mechanism；141, wind turbine；142, air inlet pipe；1421, non-return bend pipe；143, air intake branch； 144, discharging valve；15, filter mechanism；151, rest stand；1511, rotation axis；1512, fixed block；1513, casing；1514, fixed Bolt；1515, block is abutted；1516, gas spring；152, filter vat；1521, protective film；153, driving motor；154, baffle；155、 Effluent trough；2, beet washer is shaken；21, rack；22, vibrating screen mechanism；221, shake sieve plate；2211, pyrometric cone；222, side shield； 223, fixed link；224, vibration motor；225, connecting rod；23, damping；231, fixed seat；232, damping elastic arm；24, it sprays Drench mechanism；241, main jet shower pipe；242, branch pipe is sprayed；243, spray head；25, water storage mechanism；251, water tank；252, it filters Net；253, slanting baffle；254, moisturizing floating ball.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment one：A kind of vortex beet washer is supported by vegetable sink 11 as shown in Figure 1, including holder 10 on holder 10, The side wall of vegetable sink 11 connects swirl flow mechanism 12, vegetable sink 11 into connecting flushing machine 13 at dish end 111.The equipment can be used In the cleaning of leaf vegetables, vegetables from vegetable sink 11 into dish end 111 from put into, in the auxiliary of swirl flow mechanism 12 and flushing machine 13 Under, it is flowed to 112 direction of dish delivery end.In order to increase the cleaning and sterilization effect of vegetables, another side wall of vegetable sink 11 connects ozone Mechanism 14.Meanwhile being rotatablely connected filter mechanism 15 at dish delivery end 112, being located at 10 overthe openings of holder.Vegetables are along flow When direction is moved, ozone mechanism 14 continues to lead to ozone into vegetable sink 11.When vegetables flow to filter mechanism 15, filter mechanism 15 It is cleaner to clean up sundries, the vegetable cleanings such as viscous hair, worm gruel on vegetables.

The bottom of vegetable sink 11 opens up water inlet 114 combined with Figure 1 and Figure 2, and inlet valve, wash vegetables are installed at this 11 inside of pond is clamped filter plate 113 close to the position of bottom surface, may filter that the sundries such as the sandstone being wrapped in vegetable leaf, vegetable sink 11 Position close to dish delivery end 112 opens up water outlet 115.After piling water in vegetable sink 11, a part of water is with vegetables from dish delivery end 112 enter next station, and another part water is flowed out from water outlet 115, can be recycled after treatment.Vegetable sink 11 leans on The position at nearly dish delivery end 112 opens up three auxiliary dish outlet water holes 116, three auxiliary dish outlet water holes 116 from 11 bottom of vegetable sink to 11 opening direction of vegetable sink is intervally arranged, and close to the auxiliary dish outlet water hole 116 of 11 opening of vegetable sink simultaneously close to dish delivery End 112.Stock guide 117 is fixed at the dish delivery end 112 of vegetable sink 11, the lower end of stock guide 117 can be connected to next station Place realizes the seamless connection of two stations.

In conjunction with Fig. 1 and Fig. 3, swirl flow mechanism 12 includes being installed on 11 lateral wall of vegetable sink at the position of upper end opening It is vortexed main pipeline 121, is connected to vegetable sink 11 by several vortex outlet pipes 122.Inside vegetable sink 11, positioned at being vortexed out The end position of water pipe 122 accordingly connects vortex water outlet device 123.In conjunction with Fig. 3, vortex outlet pipe 122 is located at the end of vegetable sink 11 A fixed column 1221 is fixed in portion position along section caliber direction, and the water outlet of vortex water outlet device 123 is in flat structure, and court It is tilted to 11 madial wall of vegetable sink, into vegetable sink 11 when water filling, forms whirlpool in pond.It is vortexed water outlet device 123 and whirlpool It flows out water pipe 122 to be clamped, and is fixedly connected with fixed column 1221 by bolt 124.Looser a bolt 124 can rotate adjusting vortex The water outlet direction of water outlet device 123 is vortexed the location determination of water outlet device 123 and then tightens bolt 124.

In conjunction with Fig. 4, flushing machine 13 includes the flushing main pipeline 131 mounted on 11 lateral wall of vegetable sink, rinses main pipeline 131 extend to the pipe end that main pipeline 131 is rinsed into dish end 111 close to vortex water outlet device from the lateral wall of vegetable sink 11 123.It rinses main pipeline 131 to be located at into the one intersegmental every picking out three flushing branch pipes 132 of dish end 111, three to rinse branch pipes 132 equal It is communicated with vegetable sink 11.

Position due to rinsing branch pipe 132 is arranged in the hydraulic pressure for rinsing main pipeline 131 at the position of close end, the position Three flushing branch pipes 132 that are bigger, being set at the position, close to the hydraulic pressure of the flushing branch pipe 132 of vortex water outlet device 123 It is maximum.The water for rinsing branch pipe 132 is flowed from into dish end 111 to dish delivery end 112, and the flow for being vortexed water outlet device 123 is normal thereto, punching The water washed in branch pipe 132, close to the hydraulic pressure bigger of vortex water outlet device 123, drives vegetable sink from sending dish end to be flowed to dish delivery end 112 Vegetables in 11 are flowed to dish delivery end 112.

In conjunction with Fig. 1 and Fig. 5, ozone mechanism 14 includes being installed on the air inlet pipe 142 of 11 lateral wall of vegetable sink, air inlet pipe 142 One end and ozone generator（It is not shown in figure）And wind turbine 141 is connected, air inlet pipe 142 is arranged close to the side of wind turbine 141 Non-return bend pipe 1421, the height of non-return bend pipe 1421 are higher than the height of water level in vegetable sink 11.Air inlet pipe 142 passes through several air inlets Branch pipe 143 is communicated with the bottom of vegetable sink 11, and the other end of air inlet pipe 142 connects discharging valve 144.Ozone generator generates smelly Oxygen passes through non-return bend pipe 1421 with 141 air blast of wind turbine, leads to ozone into vegetable sink 11 along air intake branch 143.When stopping ventilating, Water in vegetable sink 11 can enter along air intake branch 143 in air inlet pipe 142, since wind turbine 141 is connected with non-return bend pipe 1421, Water in vegetable sink 11 will not be flow backwards into wind turbine 141, but along air inlet pipe 142 to flowing at discharging valve 144, opening is put Water valve 144, water of the overflow in air inlet pipe 142 are discharged from discharging valve 144.

In conjunction with Fig. 6 and Fig. 7, filter mechanism 15 includes the rest stand 151 for being supported on 11 opening of vegetable sink, rest stand 151 One end fixed bias circuit 1511 is rotatablely connected with vegetable sink 11.Its concrete structure is：The outer sheath of rotation axis 1511 is equipped with set Pipe 1513, the end of rotation axis 1511 casing 1513 and are fixed on 11 opening of vegetable sink without departing from the end of casing 1513 Fixed block 1512 is rotatablely connected.Outside fixing nut of the fixed block 1512 far from rest stand 151 passes through the setting of casing 1513 and spiral shell The fixing bolt 1514 of box thread connection.Rotation axis 1511 is rotated relative to sleeve, side of the rest stand 151 far from rotation axis 1511 Gas spring 1516 is installed, pressure cylinder and the rest stand 151 of gas spring 1516 are rotatablely connected, the piston rod and wash vegetables of gas spring 1516 The opening rotation connection of pond 11.Rest stand 151 is fixed close to the side of gas spring 1516 and abuts block 1515, and rest stand 151 turns to When with 11 open horizontal of vegetable sink, abuts block 1515 and abutted with the opening of vegetable sink 11.When the piston rod of gas spring 1516 stretches out, branch It is that support is rotated to away from 11 opening direction of vegetable sink that rest stand 151, which is supportted, with rotation axis 1511.

151 intermediate revolving support of rest stand has a shaft, using shaft as axis fixation filter vat 152, on filter vat 152 One side opening of lower perforation, the side wall face vegetables flow direction of filter vat 152, filter vat 152 is directed at going out on vegetable sink 11 The mouth of a river 115,11 lateral wall of vegetable sink are located at the fixed effluent trough 155 in 115 lower section of water outlet, the lower ending opening connection of effluent trough 155 Outlet conduit, rear portion of the water through 152 filtering of filter vat in vegetable sink 11 flow out from this.Filter vat 152 is close to wash vegetables Protective film 1521 is wrapped up in the both sides that pond 11 is open, if protective film 1521 is fixed on filter vat 152 using bolt stem, filter vat When 152 rotation, protective film 1521 can protect filter vat 152 not rub with rest stand 151.

Driving motor 153,153 drive shaft of driving motor are fixed in the one end of the shaft of filter vat 152 far from water outlet 115 Filter vat 152 is driven to rotate.For filter vat 152 in rotation, adherency swims in the sundries such as hair, worm gruel in vegetable sink 11, with Exempt from these sundries and enters subsequent processing with vegetables.The baffle 154 of rotation connection and shaft equal length, 154 rotation of baffle in shaft Axis rises and extends to and is abutted with 152 inner wall of filter vat, and filter vat 152 is in rotation process, and baffle 154 is always straight down.Some The sundries entered in filter vat 152 across 152 hole of filter vat is blocked by baffle 154, will not continue to flow through filter vat 152 Into subsequent processing.

In use, to 11 inside injected clear water of vegetable sink, vegetables, vortex supervisor are put into from vegetable sink 11 into dish end 111 Water filling in road 121, water flow through vortex outlet pipe 122 and are flowed out from vortex water outlet device 123；Rinse water filling in main pipeline 131, water simultaneously Flow through and rinse branch pipe 132 to 11 internal flow of vegetable sink, vegetables in vortex water outlet device 123 and rinse under the cooperation of branch pipe 132 from It is flowed into dish end 111 to 112 direction of dish delivery end.In addition, vegetables are put into before vegetable sink 11, wind turbine 141,141 band of wind turbine are opened Dynamic ozone enters from air intake branch 143 in vegetable sink 11, and to persistently leading to ozone gas in vegetable sink 11, carries out disinfection to vegetables Processing.

Rest stand 151 drives filter vat 152 to turn to and is connected to 11 opening of vegetable sink, and driving motor 153 drives filtering Bucket 152 rotates, and when vegetables are flowed with flow from vegetable inlet to vegetable outlet direction, filter vat 152 will be mixed in vegetables therewith The filtering foreigns such as hair, worm gruel fall.A part of water in vegetable sink 11 flows out after filtering from water outlet 115, another portion Water is divided to enter subsequent processing from dish delivery end 112 with vegetables.

Embodiment two：A kind of vortex vibrations beet washer, includes the vortex beet washer 1 that embodiment one describes.As shown in figure 8, And the vibrations beet washer 2 being connected with vortex beet washer 1, the vegetables being vortexed in beet washer 1 are sent along stock guide 117 to vibrations wash vegetables At machine 2.It includes rack 21 to shake beet washer 2, water storage mechanism 25 is fixed in rack 21,25 top of water storage mechanism is equipped with and rack The vibrating screen mechanism 22 of 21 connections, vegetables exit into vibrating screen mechanism 22 from stock guide 117, and under the action of vibrating screen mechanism 22 It is flowed to the discharge port direction of vibrating screen mechanism 22.The fixed spraying mechanism 24 in 22 top of vibrating screen mechanism, to being laid on vibrating screen mechanism 22 The vegetables of top carry out secondary spraying cleaning.Damping 23 is connected between rack 21 and vibrating screen mechanism 22, damping 23 shakes When dynamic, influence of the vibrations to rack 21 is reduced.

In conjunction with Fig. 8 and Fig. 9, rack 21 supports on the ground, and water storage mechanism 25 includes the water tank being fixed in rack 21 251,251 upper end opening of water tank, madial wall is hinged moisturizing floating ball 254, can according to moisturizing floating ball 254 height to water storage Case 251 accordingly carries out moisturizing.251 opening of water tank is provided with filter plant, and filter plant includes along 22 length of vibrating screen mechanism Direction setting filter screen 252 and slanting baffle 253, slanting baffle 253 from the side wall of water tank 251 to 252 direction of filter screen to Lower inclination, filter screen 252 and slanting baffle 253 splice the opening for being fixed on water tank 251.

In conjunction with Figure 10, vibrating screen mechanism 22 includes the sieve plate 221 that shakes being arranged along vegetables direction of transfer, is opened up on the sieve plate 221 that shakes Several leakage holes, during vibrations, the water on vegetables enters across leakage hole in water tank 251 vegetables.Sieve plate 221 shake along vegetable Several pyrometric cones 2211 are arranged in dish direction of transfer, increase the rigidity for the sieve plate 221 that shakes.The sieve plate 221 that shakes is parallel with vegetables direction of transfer Two sides be arranged side shield 222, side shield 222 and shake sieve plate 221 fixation.Two corresponding fixed shakes in 222 outside of side shield Dynamic motor 224, two vibration motors 224 are connected by connecting rod 225, and the two vibration frequency is consistent.

In conjunction with Figure 10 and Figure 11, one is fixed respectively between two side shields 222 and two end positions of rack 21 Damping 23, damping 23 include the fixed seat 231 being fixed on side shield 222, and in fixed seat 231 and rack 21 Between fixed a pair of mutually damping elastic arm 232 at an acute angle.The resonance of sieve plate 221 of shaking is driven when vibration motor 224 shakes, and is passed through When damping elastic arm 232 is transferred at rack 21, part vibrations are absorbed by damping elastic arm 232, and rack 21 is by the dry of vibration motor 224 It disturbs smaller.Several fixed links 223 are further fixed between two side shields 222, to enhance the fix tightly soundness of two side plates.

When vegetables are transmitted above the sieve plate 221 that shakes, surface can may also remain some tiny sand particles, vibrating screen mechanism 22 fix spraying mechanism 24 at 112 position of dish delivery end of vortex beet washer 1, and in conjunction with Figure 10 and Figure 12, spraying mechanism 24 wraps The main jet shower pipe 241 being fixed in fixed link 223 is included, main jet shower pipe 241 is arranged along vegetables direction of transfer, main jet shower pipe 241 Exit is divided into two spray branch pipes 242 parallel with it, and the lower end of spray branch pipe 242 opens up several spray ports, and at this At spray port be rotatablely connected spray head 243, spray head 243 towards shake 221 direction of sieve plate extend, can with hydraulic pressure variation from Row rotates by a certain angle.The water of injection main jet shower pipe 241 is flowed out by spray branch pipe 242 from spray head 243, and is sprayed On vegetables with the transmission of sieve plate 221 of shaking, secondary cleaning is carried out to vegetables.

In use, the vegetables with water flowed out from vortex beet washer 1 through stock guide 117 are delivered to and shake on sieve plate 221, vegetable Leakage hole of the part water through cross to shake sieve plate 221 carried on dish is leaked to filter screen 252, or drops down onto slanting baffle 253, Zhi Houyan The inclined-plane of slanting baffle 253 is flow on filter screen 252.This part water flows into after filtering in water tank 251, this part water warp Crossing can be with secondary use after handling.Vibrating screen mechanism 22 is opened, side shield 222 and the sieve that shakes are driven when vibration motor 224 shakes Plate 221 shakes together, and vegetables is driven to be moved to discharge port direction.

In order to keep vegetable cleaning cleaner, spraying mechanism 24 is opened, the water that spray head 243 flows out is sprayed at the sieve plate that shakes On the vegetables transmitted on 221, secondary cleaning is carried out to vegetables.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Claims (10)

1. a kind of vortex beet washer, including vegetable sink（11）, vegetable sink（11）Side wall setting and vegetable sink（11）The whirlpool communicated Flow mechanism（12）, vegetable sink（11）One end is into dish end（111）, the other end is dish delivery end（112）, it is characterised in that：Vegetable sink （11）Into dish end（111）Place's setting flushing machine（13）, flushing machine（13）Swirl flow mechanism is extended close to including end （12）Flushing main pipeline（131）, rinse main pipeline（131）On open up several and vegetable sink（11）The flushing branch pipe communicated （132）.

2. vortex beet washer according to claim 1, it is characterised in that：Swirl flow mechanism（12）Including with vegetable sink（11）Even Logical vortex outlet pipe（122）, and with vortex outlet pipe（122）The vortex water outlet device of rotation connection（123）, it is vortexed outlet pipe （122）With vortex water outlet device（123）Between fixed using removable fasteners.

3. vortex beet washer according to claim 2, it is characterised in that：Vegetable sink（11）Close to dish delivery end（112）Side Wall opens up auxiliary dish outlet water hole（116）.

4. vortex beet washer according to claim 1, it is characterised in that：Vegetable sink（11）Close to dish delivery end（112）One Filter mechanism is arranged in side（15）, filter mechanism（15）Deviate from vegetable sink including one end（11）Overturn the rest stand opened（151）, put Set frame（151）It is upper that filter vat is rotatablely connected by shaft（152）, filter vat（152）It is vertical with vegetables flow direction, turn in shaft Dynamic connection and filter vat（152）Isometric baffle（154）.

5. vortex beet washer according to claim 1, it is characterised in that：Vegetable sink（11）Side wall is equipped with and vegetable sink（11） The ozone mechanism of connection（14）, ozone mechanism（14）Including actuator, the air inlet pipe being connect with actuator（142）, air inlet pipe （142）On open up several and vegetable sink（11）The air intake branch of connection（143）, air inlet pipe（142）It is set close to one end of actuator Set non-return bend pipe（1421）.

6. vortex beet washer according to claim 5, it is characterised in that：Air inlet pipe（142）End far from actuator is set Put water valve（144）.

7. vortex beet washer according to claim 1, it is characterised in that：Vegetable sink（11）Dish delivery end（112）Setting is led Flitch（117）.

8. a kind of vortex shakes beet washer, including claim 1-7 any one of them is vortexed beet washer, it is characterised in that：With Vortex beet washer is connected in series with vibrations beet washer（2）, shake beet washer（2）Including with vegetable sink（11）Dish delivery end（112）It supports The vibrating screen mechanism connect（22）, vibrating screen mechanism（22）Spraying mechanism is arranged in top（24）, spraying mechanism（24）Including being set to the sieve that shakes Mechanism（22）Close to the main jet shower pipe of vortex beet washer（241）, and with main jet shower pipe（241）Connected several spray branch pipes （242）, spray branch pipe（242）It is equipped with several spray heads（243）.

9. vortex according to claim 8 shakes beet washer, it is characterised in that：Vibrating screen mechanism（22）Including the sieve plate that shakes （221）, and be arranged in the sieve plate that shakes（221）The water tank of lower section（251）, shake sieve plate（221）And water tank（251）Between be equipped with Filter mechanism（15）, filter mechanism（15）Including filter screen（252）, and towards filter screen（252）Inclined slanting baffle （253）.

10. vortex according to claim 9 shakes beet washer, it is characterised in that：Shake sieve plate（221）Along vegetables flow direction Equipped with pyrometric cone（2211）.