CN103622575B

CN103622575B - Beet washer

Info

Publication number: CN103622575B
Application number: CN201310674602.0A
Authority: CN
Inventors: 李光强
Original assignee: FUZHOU HAILIN FOODSTUFF Co Ltd
Current assignee: FUZHOU HAILIN FOODSTUFF Co Ltd
Priority date: 2013-12-11
Filing date: 2013-12-11
Publication date: 2016-06-15
Anticipated expiration: 2033-12-11
Also published as: CN103622575A

Abstract

The invention discloses a kind of beet washer, including urceolus, inner core and driving mechanism, described driving mechanism is arranged on urceolus one end, and inner core arranges sieve aperture, also includes poking bar, stillpot assembly; Described urceolus is horizontally set, and outer tube side wall arranges the second water inlet, the first water inlet, the first dewatering outlet and the second dewatering outlet, the sheathed described inner core of concentric in described urceolus, described stillpot assembly connects the second dewatering outlet and the second water inlet respectively, the described water through stillpot assembly is made to be fed again in urceolus by the second water inlet by the second water inlet, described poking bar is horizontally set in described inner core and connects driving mechanism, and in this interior barrel and an external barrel, also correspondence offers throwing dish mouth. The present invention can effectively economize on water resource, it is possible to the clean result making fruit and vegetable is better.

Description

Beet washer

Technical field

The present invention relates to cooking apparatus technical field, particularly relate to a kind of beet washer.

Background technology

Current recycled water in family fruit vegetable mainly adopts manual mode to clean, and soaks long-time in water for fruit and vegetable and running water, so both wastes time and energy, also waste substantial amounts of water. The automatic vegetable and fruit cleaning machine sold in the market, cardinal principle is similar to automatic washing machine, driven by motor has the inner core of sieve aperture to do the rotation of positive and negative both direction in urceolus, relies on both forward and reverse directions to rotate and agitates water sport, produce between fruit and vegetable friction capable of washing fall dirt. There is a lot of problem in this device, one, inner cylinder rotate and drive current flowing, the speed of current is slower, inner core can not form bigger current to impact fruit and vegetable, and driving mechanism arranges bottom, can kick up and have been detached from fruit and vegetable and be deposited in the foreign material bottom inner core, cleaning performance is bad, sewage after two, cleaning can not be discharged in time, cause that fruit and vegetable can be immersed in sewage and is secondary polluted when cleaning, and three, directly contributes the waste of water resource for preventing secondary pollution from repeatedly frequently changing water.

Summary of the invention

The technical problem that present invention mainly solves be to provide one can effectively economize on water, the better beet washer of clean result.

For solving above-mentioned technical problem, the technical scheme that the present invention adopts is: provide a kind of beet washer, including urceolus, inner core and driving mechanism, described driving mechanism is arranged on urceolus one end, inner core arranges sieve aperture, it is characterised in that also include poking bar, stillpot assembly; Described urceolus is horizontally set, and outer tube side wall arranges the first water inlet, the second water inlet, the first dewatering outlet and the second dewatering outlet, the sheathed described inner core of concentric and have gap between the two in described urceolus, described stillpot assembly connects the second dewatering outlet and the second water inlet respectively, the described water through stillpot assembly is made to be fed again in urceolus by the second water inlet, described poking bar is horizontally set in described inner core and connects driving mechanism, and in this interior barrel and an external barrel, also correspondence offers throwing dish mouth.

Wherein, described stillpot assembly includes stillpot, the first filter screen, the second filter screen, water pipe and water pump, described stillpot sets out water hole and inlet opening, connection dewatering outlet, inlet opening, be linked in sequence on described apopore the first filter screen, water pump and water pipe, and the other end of this water pipe arranges described second filter screen and connects described second water inlet.

Wherein, this poking bar includes main body and is vertically installed in the cylindric paddle that main body is arranged, and the end of cylindric paddle is spherical setting.

Wherein, the height of this water pipe and the second water inlet connecting portion is higher than the height of described stillpot apopore.

Wherein, the height of described first water inlet is the height of position higher than described second water inlet place.

Wherein, described stillpot is infundibulate, and the bottom of described stillpot arranges opening, and opening arranges closure member.

Wherein, described stillpot arranges vibrating mechanism.

Wherein, described inner core is a net cylinder.

Wherein, described beet washer also includes frame, and described urceolus one end arranges rotating mechanism so that described urceolus can rotate between level and vertical direction relative to frame.

The invention has the beneficial effects as follows: be different from prior art, urceolus of the present invention and inner core are horizontally set, inner core arranges sieve aperture, poking bar is horizontally installed in inner core, the one end of poking bar connects driving mechanism and can rotate relative to inner core, relative to the interior barrel and an external barrel vertically arranged in prior art, the foreign material departing from fruit and vegetable in this structure can pass through the sieve aperture of inner core and precipitate in the bottom of urceolus, again because driving mechanism is arranged on side, relative to prior art, driving mechanism is arranged on bottom, in the present invention, poking bar will not be kicked up when stirring and be deposited in the sediment miscellaneous object of urceolus bottom, so that cleaning performance is better. in addition, dewatering outlet connects stillpot assembly, the water of cleaned fruit and vegetable is entered in stillpot by the second dewatering outlet and precipitates, effectively can will remove most foreign material, after through precipitation water again flow in urceolus from the second water inlet, fruit and vegetable is carried out flush clean, can effectively save water resource.

Accompanying drawing explanation

Fig. 1 is the structural representation of one embodiment of the present invention.

Label declaration:

1, urceolus; 11, dish mouth is thrown; 12, the second water inlet; 13, the first water inlet; 14, the first dewatering outlet; 15, the second dewatering outlet; 2, inner core; 21, port; 3, poking bar; 31, cylindric paddle; 41, stillpot; 42, water pipe; 43, water pump; 44, the first filter screen; 45, the second filter screen; 5, driving mechanism; 6, vibrating mechanism; 7, frame.

Detailed description of the invention

By describing the technology contents of the present invention, structural feature in detail, being realized purpose and effect, below in conjunction with embodiment and coordinate accompanying drawing to be explained in detail.

Beet washer as shown in Figure 1, including urceolus 1, inner core 2 and driving mechanism 5, this driving mechanism 5 is arranged on urceolus 1 one end, and inner core 2 arranges sieve aperture, also includes poking bar 3, stillpot assembly; Urceolus 1 is horizontally set, and urceolus 1 sidewall arranges the second water inlet the 12, first water inlet the 13, first dewatering outlet 14 and the second dewatering outlet 15, the sheathed inner core 2 of concentric and have gap between the two in urceolus 1, this stillpot assembly connects the second dewatering outlet 15 and the second water inlet 12 respectively, the described water through stillpot assembly is made to be fed again in urceolus 1 by the second water inlet 12, poking bar 3 is horizontally set in inner core 2 and connects driving mechanism 5, and on this inner core 2 and urceolus 1, also correspondence offers throwing dish mouth.

Urceolus 1 of the present invention and inner core 2 are horizontally set, inner core 2 arranges sieve aperture, poking bar 3 is horizontally installed in inner core 2, the one end of poking bar 3 connects driving mechanism 5 and can rotate relative to inner core 2, relative to the inner core 2 vertically arranged in prior art and urceolus 1, the foreign material departing from fruit and vegetable in this structure can pass through the sieve aperture of inner core 2 and precipitate in the bottom of urceolus 1, again because driving mechanism 5 is arranged on side, relative to prior art, driving mechanism 5 is arranged on bottom, in the present invention, poking bar 3 will not be kicked up when stirring and be deposited in the sediment miscellaneous object of urceolus 1 bottom, so that cleaning performance is better.In addition, dewatering outlet connects stillpot assembly, the water of cleaned fruit and vegetable is entered in stillpot assembly by the second dewatering outlet and precipitates, effectively can will remove most foreign material, after through precipitation water again flow in urceolus 1 from the second water inlet, fruit and vegetable is carried out flush clean, can effectively save water resource.

In the present embodiment, in the outside of urceolus 1, frame 7 is set, driving mechanism 5 and urceolus 1 etc. are connected in frame 7, throwing dish mouth corresponding diagram 1 for being arranged on the left of urceolus 1, throw and arrange end cap on dish mouth 11, this end cap can be opened above to the left, end cap has certain rear degree, after on this end cap lid, the port 21 of left end on inner core 2 can be blocked by its one end, it is prevented that when cleaning, fruit and vegetable run out of from the port 21 of inner core 2, is also convenient for throwing in and taking out fruit and vegetable. This first dewatering outlet 14 and the second dewatering outlet 15 can open and close, when needs draining by opening the first dewatering outlet 14 by water discharge, when needing to carry out water reuse, the first dewatering outlet 14 is closed, and the second dewatering outlet 15 is opened and is stored in stillpot 41 by water.

Further, stillpot 41 assembly includes stillpot the 41, first filter screen the 44, second filter screen 45, water pipe 42 and water pump 43, stillpot 41 sets out water hole and inlet opening, inlet opening connects the second dewatering outlet 15, be linked in sequence on apopore the first filter screen 44, water pump 43 and water pipe 42, and the other end of this water pipe 42 arranges the second filter screen 45 and connects the second water inlet 12.

This kind of structure makes again the water in runner urceolus 1 through multiple times of filtration, is effectively reduced the foreign material in water, alleviates the secondary pollution of vegetable but also can reach the purpose of saving water resource. First time use time can either directly through the first water inlet 13 with clear water to being just carried out, simultaneously cleaned water stores only stillpot 41, opening water pump 43 when again cleaning makes water flow in urceolus 1 from stillpot 41, dish is carried out first rinse, and as required fruit and vegetable can repeatedly be rinsed, finally clean with clear water after group.

In order in use fruit and vegetable effectively be protected; this poking bar 3 includes main body and is vertically installed in the column paddle 31 that main body is arranged; adopt cylindric paddle 31; and it is arranged to spherical in the end of paddle 31; being different from lamellar or with stupefied paddle 31, the paddle 31 of this this kind of structure can as much as possible effectively protect the exocuticle of fruit and vegetable and leaf of vegetable will not be torn, globality can be better.

From the water of stillpot 41 outflow to a certain extent still with a small amount of foreign material, adopt the height structure higher than the height of stillpot 41 apopore of water pipe 42 and the second water inlet 12 connecting portion, water is in course of conveying, foreign material further can adhere on the medial wall of water pipe 42 bottom, thus reaching the effect of further sediment miscellaneous object, and the water pipe 42 being obliquely installed is adopted to be not easily blocked.

Further, urceolus 1 being offered the first water inlet 13, the height of this first water inlet 13 is the height of position higher than the second water inlet 12 place, and this kind of structure can make the water back flowing back in urceolus 1 not pollute the first water inlet 13.

Preferably, this stillpot 41 is infundibulate, arranges opening in the bottom of stillpot 41, and opening connects closure member. Adopt funnel shaped stillpot 41, the foreign material in stillpot 41 can be made to drop on the bottom of stillpot 41, and when next time, water flow to stillpot 41 without having agitated foreign material so that the water extracted by water pump 43 is cleaner.

Further, stillpot 41 arranges vibrating mechanism 6, when foreign material precipitation is attached on stillpot 41 internal face, this vibrating mechanism 6 can effective foreign material in scavenger precipitation groove 41, in the present embodiment, this vibrating mechanism 6 is arranged on the sidewall of its lower portion, and this kind arranges vibration and elimination effect is better.

In order to enable the foreign material of disengaging fruit and vegetable quickly to precipitate downwards, avoid again kicking up when poking bar 3 stirs the foreign material having been detached from, inner core 2 is a net cylinder, this mechanism further increases the cleaning performance of fruit and vegetable, this structure is effectively reduced the drag effect to water, it is to avoid the transition of water is turned over and gushed and kick up and be deposited in the precipitate of bottom.

Preferably, this beet washer also includes frame 7, enhanced convenience during in order to make throwing dish, convenient places, and arranges rotating mechanism in urceolus 1 one end so that this urceolus 1 can rotate between level and vertical direction relative to frame 7. The connected mode of this urceolus 1 and frame is common being rotationally connected, for instance hinged etc.

The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure utilizing description of the present invention and accompanying drawing content to make or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, all in like manner include in the scope of patent protection of the present invention.

Claims

1. a beet washer, including urceolus, inner core and driving mechanism, described driving mechanism is arranged on urceolus one end, and inner core arranges sieve aperture, it is characterised in that also include poking bar, stillpot assembly, described urceolus is horizontally set, and outer tube side wall arranges the first water inlet, second water inlet, first dewatering outlet and the second dewatering outlet, the sheathed described inner core of concentric and have gap between the two in described urceolus, described stillpot assembly connects the second dewatering outlet and the second water inlet respectively, the water through described stillpot assembly is made to be fed again in urceolus by the second water inlet, described poking bar is horizontally set in described inner core and connects driving mechanism, in this interior barrel and an external barrel, also correspondence offers throwing dish mouth, described throwing dish mouth arranges end cap, this end cap can be opened or cover,

Described stillpot assembly includes stillpot, the first filter screen, the second filter screen, water pipe and water pump, described stillpot sets out water hole and inlet opening, inlet opening connects the second dewatering outlet, be linked in sequence on described apopore the first filter screen, water pump and water pipe, one end of this water pipe arranges described second filter screen and connects described second water inlet, and the height of this water pipe and the second water inlet connecting portion is higher than the height of described stillpot apopore.

2. beet washer according to claim 1, it is characterised in that: this poking bar includes main body and is vertically installed in the cylindric paddle that main body is arranged, and the end of cylindric paddle is spherical setting.

3. beet washer according to claim 1, it is characterised in that: the height of described first water inlet is higher than the height of described second water inlet position.

4. the beet washer according to any one of claim 1-3, it is characterised in that: described stillpot is infundibulate, and the bottom of described stillpot arranges opening, and opening arranges closure member.

5. beet washer according to claim 4, it is characterised in that: described stillpot arranges vibrating mechanism.

6. the beet washer according to any one of claim 1-3, it is characterised in that: described inner core is a net cylinder.

7. the beet washer according to any one of claim 1-3, it is characterised in that: described beet washer also includes frame, and described urceolus one end arranges rotating mechanism so that described urceolus can rotate between level and vertical direction relative to frame.