KR200462224Y1 - A vegetable cleansing device - Google Patents

Abstract

A type of vegetable washer has a gap between the washing container and the washing basket, and the outer cover and the inner cover form a cover body, and there is a water bump on the inner cover, the outer cover and the washing container contact each other, and the inner cover and the mixing surface of the washing container. The inner cover sealing ring is installed, and the guide slot on the outside of the inner cover is connected to the washing tank, and the overflowed water from the combination of the inner cover and the washing bucket flows back to the washing tank through the guide slot, and the inner cover and the outer cover are connected empty or Can be separated. Vegetable cleanliness effect is good and wear is low. Dirt left on the cover is concentrated on the inner cover and can be removed very easily and clean the inner cover, avoiding the risk of water getting in and damaging the components. The guide slot automatically recovers overflowing water from the inner cover sealing ring to the wash tub. The sealing on the washing tub is reliable, and there is a low demand on the inner cover sealing strength and processing precision. The demand for machining precision on the barrel compounding surface is also relatively low.

Description

  Vegetable Washer {A VEGETABLE CLEANSING DEVICE}

The present invention belongs to a kitchen washing utensil, and specifically relates to a vegetable dishwasher which makes a kind of vegetables clean and less damaging, reliably seals the washing tub, has low production cost, and can be conveniently cleaned.

Dishwasher producers focus on the cleanliness of cleaners and develop technology to reduce the wear of vegetables, but little research has been done on the cleaning operations of vegetable washers themselves. The vegetable washer itself can be a place to accumulate dirt, and especially the most difficult to cover covers are so severe that it contaminates the washer very seriously and not only affects the cleanliness of the vegetables, but also harms human health. Cause. Although the dishwasher with the cover and the body divided can clean the cover alone, the divided structure is not convenient to use and there is a risk of water getting in and damaging the parts due to the electric parts installed in the cover. .

In addition, in the case of a vegetable washer connected to the cover and the main body, the cleaning of the cover is more difficult and the risk of water entering the damage component is greater. China Design Patent Patent Publication No.CN 100438784C <How to wash pesticide residues of vegetable fruits with a kind of vegetable washer and vegetable washer>, China Utility Model Patent Authorization Publication No. CN2829383Y There is a gap between the barrels, and in the upper cover, the annular water flow type vegetable washer set with a water stop is formed at the interval between the washing basket and the washing tub to form a flow of water pouring down after reaching the vegetable washer top cover. While washing fruits and vegetables, it increases cleanliness, saves water, and the fruit and vegetable baskets rotate together to reduce the wear of fruit and vegetables.

In addition, since the washing water adheres to the top cover, dirt is seriously attached to the vegetable washer top cover in this patent, and cleaning is very difficult.

The upward flow of water creates a flow of water from the inner surface of the top cover because of the relatively high pressure, while also impacting the sealing ring between the top cover and the wash tub contact surface. Thus, the present sealing ring requires a relatively high strength and a relatively precise sealing bond in order to prevent leakage due to an upward impact.

As a result, the production cost of the sealing ring is increased, and the demand for processing accuracy of the upper cover and the washing tub contact surface coupled with the sealing ring is relatively high, and in spite of this, there is still a leakage phenomenon.

The CN 100438784C patent establishes a cap-shaped space for installing a part in an upper cover disclosed in the attached figure 6, and the bottom of the cap-shaped space becomes an inner cover having an annular projection and a spinning projection on the top.

However, the top cover and the inner cover are integrally formed covers which are fixedly connected, which are to be sealed in contact with the wash tub through only one sealing ring in the inner cover. Because of this, The production cost of the sealing ring is high, there is a problem that the cover, the washing tub and the sealing ring contact surface requires high processing precision, it is difficult to fasten the cover to avoid leakage.

The present invention is difficult to clean the cover where dirt is most seriously accumulated in the existing vegetable washer, high demand for strength and accuracy of the sealing ring on the upper part of the washing container, and high processing precision of the sealing contact surface between the cover and the washing container. It is intended to solve the demands, easily leaking technical problems, etc., and it is an annular shape that can easily clean a kind of cover, ensure the sealing between the cover and the washing container, and lower the need for processing accuracy of the cover, the washing container and the sealing ring contact surface. To provide a water-based vegetable washer.

Technical solution to which the present invention is applied to solve the technical problem is: in a kind of vegetable washing machine, there is a gap between the washing tub and the washing basket, the outer cover and the inner cover form a cover body, and the inner cover inner surface has a water bump, An inner cover sealing ring was installed between the outer cover and the washing tub, and the inner cover and the washing tub were coupled to each other. The guide tank on the outer cover of the inner cover was in communication with the washing tub. The remaining water of the combined portion flows back into the washing tub through the guide bath, and the inner cover and the outer cover can be connected and separated by empty hands.

The annular water-type vegetable dishwasher can wash vegetables with a falling water stream, increasing cleanliness, reducing water usage, and reducing vegetable wear as the vegetables and washing basket rotate synchronously. The washing container, which consists of a sealed two layer of the upper cover and the inner cover, concentrates dirt remaining on the cover on the inner cover, and can separate the inner cover and the outer cover without a tool. The inner cover is very easy to clean after the separation and the cleaning effect is good, it is possible to avoid the phenomenon that water enters and damages the parts when cleaning.

In addition, the rising washing water flows automatically into the washing tub from the overflow flow of the inner cover sealing ring through the guide bath on the outside of the inner cover and between the outer cover and the washing tub although the sealing ring Although there is no water flowing through the sealing ring of the inner cover and the guide water tank, the amount of flowing water flowing into the washing tub is greatly reduced, so that a small amount of overflowing water reaches the portion where the outer cover and the washing tub are combined. Even if the coupling surface of the outer cover and the washing tub is effectively sealed.

Therefore, the sealing of the cover body and the washing tub is reliable, the demand for the strength and processing precision of the sealing ring of the inner cover is low, and the contact surface between the inner cover and the washing tub sealed to the outer cover is sealed. Low processing precision for the vegetable washing machine reduces the processing cost.

The guide water tank is in communication with the water outlet, and the overflow water flowing in the portion where the inner cover and the washing tub are combined flows back into the washing water tank through the water tank and the water outlet.

The inner surface of the outer cover is fixedly connected to the upper end of the connecting rod, there is a rubber connecting ring on the inner cover, the inner diameter of the rubber connecting ring and the lower end of the connecting rod is combined, the inner diameter of the rubber connecting ring is Tightening the lower end of the connecting rod to fix the lower end of the connecting rod and the inner cover, applying a predetermined force to the connecting rod to overcome the elasticity of the rubber connecting ring and insert into the inside of the rubber connecting ring. Can be pulled out or pulled out.

At the end of the bottom of the connecting rod there is an insertion round. The insertion round makes it easy to insert the connecting rod into the inner diameter of the rubber connecting ring.

The lower end of the connecting rod has a slot. When connecting the inner cover and the outer cover, the inner diameter of the rubber connecting ring is caught in the slot, and the slot makes the inner cover and the outer cover more securely connected.

At the bottom of the slot there is a pull round. The pulling round makes it easy to pull out the connecting rod from the inner diameter of the rubber connecting ring.

There are three connecting rods and they are evenly distributed.

The inner cover is fixedly connected to the lower end of the connecting rod, the rubber cover is on the outer cover, the inner diameter of the rubber connecting ring and the upper end of the connecting rod is coupled. This structure and the structure in which the connecting rod is fixed on the inner surface of the outer cover are the same in function and use.

An inner surface of the outer cover has an engaging clamping jaw and the clamping jaw is engaged with an inner surface of the inner cover. When the clamping jaw rotates to come into contact with the inner surface of the inner cover, the inner cover is caught and the installation is completed. The inner cover may be taken out by rotating the clamping jaw to release the inner surface of the inner cover and the clamping jaw.

By using the connecting rod, the rubber connecting ring, the clamping jaw, and the like, the external cover and the inner cover do not need any other tools when connecting and disconnecting, and the operation is very simple and convenient. Of course, the outer cover and the inner cover can also be connected in other ways, such as by combining a screw and a butterfly nut, and there is no need for other tools for connecting and disconnecting the outer cover and the inner cover.

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The washing water in the washing tub is connected through the inlet and the outlet of the circulating pipe, and the circulating pump on the circulating pipe, the ozone mixer diameter change pipe, and the ozone generated in the ozone generator enter the circulation pipe at a diameter portion going through the diameter change pipe. . An inlet connects the circulation pump, and the outlet of the circulation pump is connected to the mixer high pressure inlet of the diameter change pipe.

The ozone passage is connected to the ozone input port of the small diameter portion of the ozone generator and the diameter change pipe, and the gas and water mixing separation device is connected to the circulation pipe behind the ozone input port. One outlet of the mixed gas separation apparatus is connected to the outlet of the circulation pipe and the other outlet is connected to the ozone decomposition chamber.

Ozone is more easily incorporated into the water due to the buoyancy of the small diameter portion in the diameter change pipe, thereby increasing the ozone content in the wash water. In the washing process, the circulation pump circulates the washing water endlessly, and ozone is injected endlessly from the ozone inlet. The circulating stream of the washing water releases insoluble ozone, and the release of ozone stimulates people's respiratory system and affects health, so in the ozone decomposing chamber, ozone decomposes and neutralizes with a gas and water mixing device to avoid environmental pollution. .

The inner cover has a toroidal shape, and an ultraviolet lamp is installed on the outer cover above the inner hole of the inner cover, and the ultraviolet rays emitted by the ultraviolet lamp illuminate the cleaning basket, and the upper part of the ultraviolet lamp has a reflective cover and the lower part thereof. There is a sealed transparent cover. After the washing water reaches the top cover of the washing machine, it forms a falling waterway and sterilizes and sterilizes the vegetables at the same time.

The annular water flow type vegetable washing machine of the present invention saves water, has a good washing effect, and has low wear of vegetables. The dirt remaining on the cover is concentrated on the inner cover, and the inner cover can be cleaned very easily by connecting or disconnecting the inner and outer covers without tools.

It also has a good cleaning effect and avoids the risk of water getting damaged. The guiding water tank automatically sends the overflow water of the sealing ring of the inner cover to the washing container, and the upper entrance of the washing container is sealed, the demand for the sealing ring strength and processing precision of the inner cover is low, and the sealing of the inner cover is sealed. The ring reduces the processing accuracy of the mating surface between the inner cover and the wash tub, reducing the cost of processing the vegetable washer.

1 is a cross-sectional view of a first embodiment of the present invention,
2 is a perspective view of an inner cover outer surface of the embodiment shown in FIG. 1;
3 is a perspective view of an inner cover inner surface of the embodiment shown in FIG. 1;
4 is a cross-sectional view of a second embodiment of the present invention;
5 is a cross-sectional view of a third embodiment of the present invention,
Figure 6 is a perspective view of the outer surface of the inner cover shown in the embodiment of Figure 4, 5,
7 is a perspective view of the bottom of the inner cover shown in the embodiment of FIGS. 4 and 5;

The box body 7 of the first embodiment shown in Figs. 1, 2 and 3 supports the washing vessel 4, among which the drive motor 10, the ozone generator, the intake valve 15, the drain valve ( Not shown).

Ozone enters the wash water from the bottom of the wash tub (4). On the wall, a washing basket (6), which is a rectangular cylinder, is installed in the washing bucket (4), and other types of holes such as round can be installed on the wall of the washing basket (6).

The power of the drive motor 10 is transferred to the transmission shaft 14 via the belt wheel, the transmission belt 9, and the belt wheel 11 at its output shaft, and the transmission shaft 14 and the washing tub 4 The inner diameter of the bearing (13) in the hole of the bottom of the coupling, the upper end of the transmission shaft 14 drives the washing basket (6) through the electric rotary plate (8), the transmission shaft (14) and the washing tub (4) ) Is a waterproof seal 12.

The controller 5 is installed on the left side of the box 7, the computer control unit is installed in the controller 5, and the controller 5 controls the entry, drainage and washing procedures. There is a 6 mm gap between the wash basket 6 and the wash tub 4, both of which are controlled within the range of 2-20 mm.

A cover body is provided at the upper inlet of the washing container 4, and the cover body is composed of an outer cover 1 and an inner cover 3.

The right side of the outer cover 1 is tastefully connected to the hinge shaft 20 and the washing tub 4, the inner surface edge of the outer cover 1 and the slope of the washing tub 4 in contact. Hook the left side of the outer cover 1 in the drawing to the wash tub 4, and connect the inner cover sealing ring 17 between the edge of the inner surface of the inner cover 3 and the mating surface of the wash tub 4. Install.

On the outer wall of the cleaning basket (6) there is a longitudinal spraying projection (29), on the outer bottom surface of the cleaning basket (6) was formed a radial spraying irregularities (28) out from the center.

The inner cover 3 has an annular shape, and a water barrier protrusion 33 is provided on an inner surface of the inner cover 3. The water blocking projection 33 is an inner diameter circle of the inner cover 3 and is an annular projection which is a centrifugal centering around the inner cover 3, and the water blocking portion is formed between the water blocking projection 33 and the inner edge of the inner cover 3. There is a plate 30.

The water barrier plate 30 forms an oblique shape, raises water to the inner cover 3 to the upper portion, guides and classifies the passage through the water plate 30, and the water is uniformly acted by the action of the water protrusion 33. It is washed while falling into the vegetables in the cleaning basket (6).

The outer surface of the inner cover (3) has a guide tank 31, both sides of the guide tank 31 is an oblique shape, the guide tank 31 is connected to the water channel 34 formed in the inner cover (3), The water outlet 34 connects the inner diameter of the inner cover 3, the washing tub 4, and the washing basket 6.

The outlet port of the inlet valve 15 is connected to the lower part of the washing container 4. The upper ends of the three uniformly distributed connecting rods 2 were fixedly installed on the inner surface of the outer cover 1.

The rubber connection ring 18 is installed in the insertion hole of the three connecting rods 2 on the inner cover 3. The inner diameter of the rubber connecting ring 18 and the lower end of the connecting rod 2 is a slot, the inner diameter of the rubber connecting ring 18 and the lower slot of the connecting rod 2 is coupled, The inner diameter firmly holds the lower end of the connecting rod (2).

When installing or removing the inner cover 3, a little force can be applied to overcome the elasticity of the rubber connection ring 18 so that the connection rod 2 can be released or fitted from the inner diameter of the rubber connection ring 18.

A circular round is formed at the end of the lower end of the connecting rod 2 so that the connecting rod 2 is more easily inserted into the inner diameter of the rubber connecting ring 18, and the lower end of the slot forms a circular withdrawal rounder to form the connecting rod ( 2) makes it easier to withdraw from the inner diameter of the rubber connection ring 18. The combination of the connecting rod 2 and the rubber connecting ring 18 allows the inner cover 3 to be easily installed and removed without the need for any tools.

After the washing water rises up to the position of the inner cover 3, the washing machine turns direction and flows from the inner surface of the inner cover 3 to the center to reach the water blocking protrusion 33 to form a falling water stream to wash the vegetables in the washing basket.

The rising runoff flows automatically from the overflow runoff of the inner cover sealing ring 17 to the washing tank 4 through the guide tank 31, the water inlet 34 on the outer surface of the inner cover 3, although the outer cover There is no sealing ring 17 between (1) and the wash tub (4) and only a simple contact coupling, but rising water is blocked from the inner cover sealing ring (17) and the guiding water tank (31), the sump (34) are overflowing. In order to guide the running water to the washing tank 4, the outer cover 1 and the washing bucket are discharged even when a very small amount and a large amount of pressure is reduced, when the overflowed water reaches the engagement portion of the outer cover 1 and the washing tank 4; (4) is a combined seal that can be easily and effectively prevented.

Therefore, the sealing of the cover body and the washing container 4 is reliable, the demand for strength and processing precision for the inner cover sealing ring 17 is low, and the inner cover 3 in combination with the inner cover sealing ring 17. In addition, the processing precision requirement for the mating surface of the washing tub 4 is also low, and the outer cover 1 and the washing tub 4 are in contact coupling to reduce the processing cost of the vegetable washing machine.

The distinction between the embodiment of FIG. 4 and the embodiment of FIG. 1 circulates in the washing water, connects the circulating pipe 35 and the washing water of the washing tub 4, and ozone enters while being dissolved in the circulating pipe 35. Inlets 38 and outlets at both ends of the circulation pipe 35 are at the bottom of the washing vessel 4. A drain valve 36 is connected to the lower portion of the inlet 38 connecting the bottom of the washing tub 4.

In the figure the circulation pipe 35 is connected to the inlet 38, and the connection head is on top of the drain valve 36. When the drain valve 36 is closed, the inlet 38 at the top of the drain valve 36 becomes part of the circulation pipe 35. When the drain valve 36 is opened, the circulation pump 37 and the ozone generator It stops and the inlet 38 is diverted to a drain.

The inlet 38 has a filter 39 and the inlet 38 connects a circulation pump 37. The outlet of the circulation pump 37 was connected to the mixer high pressure inlet 41 of the ozone mixer diameter change pipe, and the ozone passage was connected to the ozone input port of the smaller diameter side in the ozone generator and the diameter change pipe.

The mixed water outlet 42 behind the ozone inlet is connected to the mixed water separator, the mixed water outlet 40 below the mixed water separator is connected to the outlet of the circulation pipe 35, and the outlet at the top is ozone decomposition. The ozone decomposing chamber was equipped with an ozone neutralizer (45).

There is a buoy 43 in the radix mixing separation apparatus, and the projections on the upper part of the buoy 43 are sealingly coupled with the exhaust hole through the soft plug 44 in a single direction.

The ozone washing water mixed with a large amount of ozone passes through the radix mixing separator, and the released ozone enters the ozone decomposition chamber from the exhaust hole and is decomposed and neutralized by the ozone neutralizer 45, and the ozone washing water is discharged from the mixed water outlet 40. Enters the outlet of the circulation pipe 35.

If the water level rises and the soft plug 44 at the top of the buoy 43 reaches the vent hole sealing engagement position, the ozone wash water can only enter the mixed water outlet 40, and the ozone As it gradually increases, the water level in the rider mixing separator drops, the buoy 43 also falls, and the unidirectional soft plug 44 above the buoy 43 is separated from the exhaust hole and ozone is discharged from the exhaust hole.

Water separation is realized through this circulation process, and the generated ozone enters the ozone decomposition chamber from the volleyball hole, and the ozone washing water enters the washing tank 4 through the mixed water outlet 40 and the circulation pipe 35.

The top of the clamping jaw 16 is connected to the inner surface of the outer cover 1 and is rotatable. In FIG. 4, when the inner surface of the clamping jaw 16 and the inner cover 3 come into contact with each other, the installation is realized while the inner cover 3 is caught, and the clamping jaw 16 rotates to be separated from the inner surface of the inner cover 3. The inner cover 3 can be moved freely.

The inner coupling of the clamping jaw 16 and the inner cover 3 allows the inner cover 3 to be installed and removed without the use of a tool.

In the figure, the inlet valve 15 is not shown. The clapper plate 30 on the inner surface of the inner cover 3 is arc-shaped, and the adjacent clapper plate 30 has a large gap between the inner surface outer edges of the inner cover 3.

The guide tank 31 of the outer surface of the inner cover 3 is a trumpet-shaped, the outer surface of the inner cover 3 is large and the water passage 34 has a through hole in the inner diameter portion projection of the inner cover 3. See FIG. 6 and FIG. 7 for details.

The embodiment of FIG. 5 and the embodiment of FIG. 4 used ultraviolet disinfection and sterilization, and did not use an ozone generator, and the washing water was not circulated internally, and there was no drain valve 36 on the inlet 35 and the inlet 38 ) Is connected directly to the bottom of the wash tub (4).

The ultraviolet lamp 46 is located on the outer cover 1 above the inner diameter of the inner cover 3, the reflective cover 47 is above the ultraviolet lamp 46, and the sealing transparent cover 48 is below. .

The washing water rises along the gap between the washing basket 6 and the washing tub 4 to reach the inner cover 3, and then forms a flowing stream of water and sterilizes while washing the vegetables.

5 and the embodiment of FIG. 1 are the same case, and the inner cover 3 and the outer cover 1 are also coupled to the rubber connecting ring 18 through the connecting rod 2.

The inner cover 3 and the outer cover 1 have other various coupling methods, for example, can be connected by screwing or butterfly nut. In addition, the combination of the elastic locking piece on the outer cover (1) and the locking slot on the inner cover (3) connects the inner cover (3) and the outer cover (1). Can disassemble the inner cover (3).

The combination of the clamping jaws on the inner cover 3 and the engaging slots on the outer cover 1 also allows the clamping jaws to enter the associated slot spacing, and by rotating the inner cover 3 to contact the slots to tighten the clamping jaws, the inner cover ( 3) and the outer cover 1 are connected.

When the inner cover (3) rotates, the clamping jaws and slots are released so that the clamping jaws can be taken out of the slot gap, the inner cover (3) and the outer cover (1) are separated, and the inner cover (3) is conveniently used without any tools. ) Can be installed and removed.

  1: outer cover, 2: connecting rod, 3: inner cover, 4: washing tub, 5: controller, 6: washing basket, 7: box body,

Claims (10)

A cover body having a gap between the washing tub 4 and the washing basket 6, the cover body consisting of an outer cover 1 and an inner cover 3;
A water film inside the inner cover 3 includes a projection 33;
The outer cover 1 is in contact with the washing tub 4, and an inner cover sealing ring 17 is installed between the inner cover 3 and the mating surface of the washing tub 4, and the inner cover ( The guide tank 31 on the outer surface of 3) is in communication with the washing tub 4, the overflow water flowing in the coupling position of the inner cover 3 and the washing tub 4 through the guide tank 31 Vegetable washing machine, characterized in that flows back to the washing tub (4).
The method of claim 1,
The guide water tank 31 is connected to the water inlet 34, the flowing water flowing in the place where the inner cover 3 and the washing tub 4 is coupled to the guide water tank 31 and the water outlet 34 Vegetable washer, characterized in that flowing back through the washing tub (4).
The method of claim 1,
On the inner cover 3 of the lower side of the connecting rod 2 fixedly connected to the inner surface of the outer cover 1 there is a rubber connecting ring 18, the inner diameter of the rubber connecting ring 18 and the connecting rod ( The lower end of 2) fixes the inner cover 3, and when a predetermined force is applied to the connecting rod 2, the elastic connecting ring 18 overcomes the elasticity and is inserted into the inner diameter of the rubber connecting ring 18. Vegetable washers, characterized in that can be pulled out.
The method of claim 3, wherein
The lower portion of the connecting rod (2) has a slot, the lower surface of the slot is a vegetable washer, characterized in that there is a round angle that can be inserted.
The method of claim 3, wherein
The slot is at the bottom of the connecting rod (2), the vegetable washing machine, characterized in that the lower end of the slot has a round angle that can be pulled out.
The method according to any one of claims 3 to 5,
The connecting rod (2) is three, vegetable washing machine, characterized in that evenly distributed.
The method of claim 1,
The clamping jaw (16) is engaged to the inner surface of the outer cover (1), the clamping jaw (16) is a vegetable washer, characterized in that coupled to the inner surface of the inner cover (3).
The method of claim 1,
The washing water in the washing tank (4) was in communication with the inlet (38) and the outlet of the circulation pipe, the circulation pump 37 and the ozone mixer diameter change pipe on the circulation pipe, the ozone produced in the ozone generator is a diameter change pipe Is injected into the circulating pipe at a small diameter of, the inlet 38 is connected to the circulation pump 37, the outlet of the circulation pump 37 is connected to the inlet 41 of the diameter change pipe, and ozone The passage is connected to the ozone input port of the ozone generator and the diameter change pipe, the circulating pipe behind the ozone input port is connected to the radix mixing separator, one outlet of the radix mixing separator is connected to the outlet of the circulation pipe and the other end is ozone Vegetable washer, characterized in that connected to the decomposition chamber.
The method of claim 1,
The inner cover 3 has an annular shape, and an ultraviolet lamp 46 is located on the outer cover 1 above the inner hole of the inner cover 3, and the ultraviolet light emitted by the ultraviolet lamp 46 is Irradiated to the washing basket (6), the vegetable washing machine, characterized in that the upper side of the ultraviolet lamp (46) has a reflective cover (47) and the lower transparent sealing cover (48).
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