Beet washer
Technical field
The utility model belongs to the cooking apparatus technical field, relates to a kind of beet washer.
Background technology
The recycled water in family fruit vegetable mainly is to adopt manual mode to clean at present, with fruit and vegetable long-time immersion and the flowing water flushing in water, both wasted time and energy like this, also wasted a large amount of water, sell in the market automatic vegetable and fruit cleaning machine is arranged, the cardinal principle of these beet washers is similar to automatic washing machine, driven by motor has the interior bucket of sieve aperture just to do in the bucket outside, the rotation of anti-both direction, just rely on, backward rotation is agitated the water motion, fruit and vegetable is cleaned, and because the positive and negative rotation of interior bucket, fruit and vegetable is also rotated relative to positive and negative in interior bucket, produces between the fruit and vegetable that friction is capable of washing falls dirt, but there are a lot of problems in this device: the one, and inner bucket rotates drive water and flows, the speed of current is slower, can not form bigger water wave and impact fruit and vegetable, and cleaning performance is bad, the 2nd, because in the cleaning process, interior bucket frequently just, return motion, vegetable and fruit be also motion mutually in interior bucket, causes the damage of vegetable and fruit easily.Along with the raising of people's living standard and the reinforcement of health perception, the removing of vegetable and fruit surface contaminants, particularly remains of pesticide is more and more come into one's own, but manual cleaning can not be finished the thorough removing to agricultural chemicals, germ.
The utility model content
The technical problems to be solved in the utility model provide a kind of full-automatic, the disinfectant degradation agricultural chemicals is effective, the complete and fresh beet washer that cleans up, can keep vegetable and fruit.
The utility model is realized above-mentioned purpose by the following technical solutions: a kind of beet washer, comprise housing, be positioned at the drive unit of housing, outer bucket and bucket, the bucket concentric locking collar is contained in the outer bucket wherein, the inner barrel wall face is provided with permeable hole, leave the gap between the inner barrel and outer barrel, drive unit is connected with interior bucket and drives interior bucket rotation, and outer bucket sidewall is provided with retaining ring, retaining ring makes the water that rises along outer barrel wall turn down into interior bucket, and outer barrel bottom is connected with ozone generator.
In a bucket upper edge be lower than outer bucket upper edge, the inwall of bucket upper edge was provided with a circle retaining ring in bucket was higher than outside, left the gap between retaining ring and the interior barrel of upper edge.
Described retaining ring is arranged on the outer bucket inwall, has the water stream channel of bucket in turning down into for rotary water current on the inner barrel wall corresponding with retaining ring.
The through hole of described water stream channel for evenly being provided with at least one window offered along interior bucket sidewall sustained height or the interior bucket sidewall.
Ozone generator is communicated with outer bucket by conduit, and conduit is provided with air pump.
Be equipped with openable sealing bung above the outer bucket, have through hole on the bung, be provided with ozone eliminator in the through hole, described ozone eliminator is the box body that the above and below is provided with micropore, is provided with filter course in the box body.
Bucket rotates under the drive of motor in the utility model beet washer, fruit and vegetable are done to rotate in the same way in interior bucket, the water of bucket is under the effect of interior bucket rotary centrifugal force in being loaded on, outwards throw away from the permeable hole of interior bucket, in entering into, in the gap between the outer bucket, current make progress away at centrifugal action lower edge outer barrel wall, outside running into during the retaining ring of bucket on the sidewall, the current turnover downwards, the current that fall to washing have good scouring effect to fruit and vegetable, constantly the interior fruit and vegetable of the internal bucket of circulation wash like this, because water flow velocity is fast, it is neat and tidy that fruit and vegetable is rinsed, in addition, because the ascending current interior just turnover of bucket outside enters interior bucket, need not rise to bung, therefore the seal request to bung just reduces greatly, reduced production cost simultaneously, the more important thing is avoided opening bung in the beet washer course of work after, the rotary water current of washing dish is gone out the problem of beet washer, has eliminated potential safety hazard; In flushing process, vegetable and fruit rotates with interior bucket, and itself does not produce relative motion each other, can guarantee that the fruit and vegetable epidermis is complete, the degree of impairment that collides with do not occur; The utility model has been installed ozone generator on the bucket outside, and ozone pumps into the recirculated water from outer barrel bottom by air pump, and the fruits and vegetables in the internal bucket of the Ozone Water of circulation carry out sterilization, sterilization, degradation of pesticide; Because the utility model is a forced circulation device, increased the time that ozone contacts with water on the one hand, improved the solubility of ozone in water, undecomposed ozone can continue to recycle in the water on the other hand, reduced the ozone exhaust emission, and the ozone that overflows from water absorbs ozone by the ozone eliminator that bung is provided with, not to airborne release.
Description of drawings
Fig. 1 is the structural representation of the utility model embodiment 1;
Fig. 2 is the structural representation of embodiment 2;
Fig. 3 is a barrel structure schematic diagram in the embodiment 3.
The specific embodiment
Embodiment 1, as shown in Figure 1, a kind of beet washer, comprise housing 1, be positioned at the drive unit 10 of housing 1, outer bucket 3 and interior bucket 2, bucket 2 concentric locking collars are contained in the outer bucket 3 wherein, interior bucket 2 walls are provided with permeable hole 15, described drive unit 10 is a motor, outer barrel 3 bottom centre vertically are coated with power transmission shaft 7, interior barrel 2 bottom centre are provided with connector 5 and detachably are connected with power transmission shaft 7 upper ends, beet washer is not when working, interior bucket can take out, power transmission shaft 7 lower ends are connected with motor 10 by belt pulley 8, bucket 2 upper edges are lower than outer bucket 3 upper edges in described, retaining ring 17 is arranged on outer bucket 3 and is higher than on the inwall of interior barrel 2 upper edges, leave the gap between retaining ring 17 and interior bucket 2 upper edges, the middle water of interior bucket 2 is under centrifugal action, outwards throw away from the permeable hole 15 of interior bucket 2, enter into inside and outside bucket 2, in the gap between 3, current edge outer bucket 3 sidewalls are to rising, outside running into the bucket 3 inwalls retaining ring 17 time, the current turnover downwards, enter into interior bucket 2 by the gap between outer bucket retaining ring 17 and interior bucket 2 upper edges, leave suitable spacing as long as satisfy retaining ring 17 with interior bucket 2 upper edges, the position of retaining ring 17 can be set according to actual needs, and a kind of preferred mode is that retaining ring 17 is arranged on outer bucket 3 upper edges, and the rotary water current lifting height is higher, and the drop in the interior bucket between the fruits and vegetables is big, and flush clean is effective; The shape of cross section of retaining ring 17 is any one in " " shape, arc, waveform or the in-line, wherein preferred cambered surface upwards, " " shape and waveform, except above-mentioned shape, retaining ring 17 can also be other shapes that can reach same purpose; Outer bucket 3 bottoms are connected with ozone generator 4 by conduit 23, conduit is provided with air pump 29, outer bucket 3 bottoms are connected with draining control valve 11 and drainpipe 6, and the bottom of housing 1 inside and outside bucket 3 is provided with water intaking valve and water injection pipe (not shown), and water injection pipe is connected with running water pipe; Be provided with openable sealing bung 13 above the outer bucket 3, bung 13 is hinged on the upper edge of outer bucket 3 by hinge 16, and snaps together with outer bucket 3 by the snap close 12 of the opposite side corresponding with it; Have through hole on the bung 13, be provided with ozone eliminator 14 in the through hole, described ozone eliminator 14 is provided with filter course 14-2 for the above and below is provided with the box body 14-1 of micropore in the box body, and filter course can be made by active carbon; Housing 1 inner chamber top is provided with the controller (not shown), by controller can control automatically into, draining and cleaning procedure; Scavenging period and number of times can according to the kind of fruit and vegetable, outward appearance, silt what etc. factor determine that by the user controller is a prior art, is not described in detail in this.
Embodiment 2, as shown in Figure 2, described retaining ring 17 is arranged on outer bucket 3 inwalls middle part, with have on interior bucket 2 walls of retaining ring 17 correspondence positions turn down into for rotary water current in the water stream channel 18 of bucket, the window 18 of described water stream channel for offering along interior bucket sustained height, the height of window 18 will be fit to current to be passed through, and the quantity of window 18 can be provided with 2~10 according to the size of window 18, can also be more, for bucket 2 intensity in guaranteeing, inner barrel wall is provided with reinforcement 35 between each window 18; All the other structures of present embodiment are identical with embodiment 1, do not repeat them here.
Embodiment 3, as shown in Figure 3 in the bucket another kind of embodiment, being arranged on outer bucket 3 middle parts with retaining ring 17 cooperates, with have on interior bucket 2 walls of retaining ring 17 correspondence positions turn down into for rotary water current in the water stream channel 18 of bucket, described water stream channel is the manhole 18 that evenly is provided with on interior bucket, through hole 18 radially is provided with 1~5 circle along interior bucket 2, through hole 18 diameters are not less than 10mm, and spacing is not more than 5mm between the through hole 18.