KR200368996Y1 - Supersonic pasteurization washer - Google Patents

Abstract

The present invention relates to an ultrasonic sterilization cleaner, and more particularly, to an ultrasonic sterilization cleaner configured to sterilize fruits, vegetables, etc. with ultrasonic waves and radicals, remove pesticides, etc. by installing in a sink.

The purpose of the present invention is to separate the controller part and the cleaning part of the ultrasonic cleaner so that water can be washed directly from the sink without using a separate washing tank, and the controller part is always fixedly installed at the front of the sink. The present invention provides an ultrasonic sterilization washer that is easy to clean and easily perform other operations in the sink because only a small volume of the washing part is stored in the sink and taken out.

In order to achieve the above object, the present invention is fixed to the front surface of the sink (S), and the controller (1) consisting of an ultrasonic generator, a radical generator, a processor and a display, and the like,

Connected by the ultrasonic generator and the wire (2) of the controller (1) is installed to generate ultrasonic waves, and the radicals generated from the vibrator (9) and the controller (1) waterproof coated with epoxy (10) is supplied in the water Is connected to the tube (3) so as to be discharged from is characterized in that consisting of a washing unit (4) is put into the bowl (B) of the sink (S) during the fruit washing to release ultrasonic waves and radicals in the water.

Description

Ultrasonic Sterilization Washer {SUPERSONIC PASTEURIZATION WASHER}

The present invention relates to an ultrasonic sterilization cleaner, and more particularly, to an ultrasonic sterilization cleaner configured to sterilize fruits, vegetables, etc. with ultrasonic waves and radicals, remove pesticides, etc. by installing in a sink.

Generally, in order to wash fruits or vegetables in the kitchen, the dishwashing or fruit-only cleaning agent is used for a long time while soaking in water. However, even if the cleaning agent is used, it is difficult to remove the pesticides on the fruits. In addition, bacteria, etc. will not be removed.

Thus, kitchen fruit and vegetable washer was developed using ultrasonic and radical (Radical), which is used to remove the pesticides on the fruit using ultrasonic waves and sterilization through radicals.

It is formed to be seated in the bowl (B) (B) for washing dishes in the kitchen sink (S) of the kitchen as shown in Figures 5 and 6, and receives the water containing the controller portion for generating ultrasonic waves and radicals The washing tank 50, the ultrasonic diaphragm 51 located in the inner center of the washing tank 50 and the discharge hole 52 formed around the discharge tank 52, and by operating the controller to operate the ultrasonic and radical It consists of a control unit 53 installed in the washing tank 50 and the cover 54 covering the washing tank 50 so as to adjust the generated state.

In addition, the inner side of the washing tank 50 is provided with a discharge hole 55 and a rubber discharge cap 56 for blocking the discharge hole 55 to extract water.

In order to wash fruits and the like in the ultrasonic cleaner as described above, the ultrasonic cleaner is first moved to the bowl (B) of the sink (S), and then the power is connected.

When the power is connected, the discharge lid 56 is inserted into the washing tank 50 of the ultrasonic cleaner, and the water is sufficiently received, and the fruit is put into the bar. In this state, the control unit 53 is adjusted to wash time and sterilization. Select the lamp and activate it.

When the washing of the fruit is completed, the fruit is taken out from the washing tank 50, washed with water and then eaten, and the washing tank 50 removes the water by removing the discharge cap 56 and turns off the power and removes the ultrasonic cleaner. After draining, store it in another place.

Of course, you may always leave it in the sink (S), but then it becomes very inconvenient to do other work in the sink because the volume of the ultrasonic cleaner is very large.

However, if the ultrasonic cleaner having a relatively large volume is moved to the bowl of the sink every time and the water is removed and stored in another place after use, the ultrasonic cleaner is not only very troublesome to use. Even when in use, the entire sink is occupied, and thus there is a problem that the use becomes very inconvenient.

Accordingly, an object of the present invention is to solve the above problems, by separating the controller portion and the washing unit of the ultrasonic cleaner to receive the water directly from the sink without using a separate washing tank and to wash the fruit The part is fixedly installed at the front of the sink, and only a washing part having a very small volume is stored in the sink and taken out to wash the fruit, thereby providing an ultrasonic sterilization washing machine that is easy to wash and other work in the sink.

In order to achieve the above object, the present invention is fixed to the front of the sink, and the controller consisting of an ultrasonic generator, a radical generator and a processor and a display unit,

It is connected to the ultrasonic generator of the controller and wired to generate ultrasonic waves, and is connected to a tube to be discharged from the water while supplying radicals generated from the epoxy-coated oscillator and the controller and put it into the bowl of the sink when the fruit is washed. And characterized in that consisting of a washing unit for emitting ultrasonic waves and radicals in the water.

1 is a front view showing a state in which the ultrasonic sterilization washer installed in the sink according to the present invention,

Figure 2 is a perspective view of the ultrasonic sterilizing cleaner in Figure 1,

3 is an assembled cross-sectional view of the washing unit in FIG.

4 is a schematic block diagram of the controller in FIG. 2;

5 is a plan view showing a state of use of a general ultrasonic sterilization washing machine,

6 is a perspective view of the sterilizing washer in FIG.

Explanation of symbols on the main parts of the drawings

1: controller 2: wires

3: tube 4: cleaning part

5: opening 6: insertion member

7: first case 8: aluminum plate

9: Ultrasonic Oscillator 10: Epoxy

11: ventilator 12: 2nd case

13: case 14: hanger

15: Hook 16: Hook

17: Jam guide 18: Fitting guide

19: drip tray S: sink

B: Bowl

1 and 2 and 3 is a front view showing a state of use of the ultrasonic sterilizing cleaner according to the present invention and a sectional view of the ultrasonic sterilizing cleaner and a cross-sectional view of the washing unit, the controller 1 is fixed to the front of the sink (S) is installed And it is connected to the controller (1) and the wire (2) and the tube (3), the washing unit 4 for generating ultrasonic waves and radicals is locked in the bowl (B) of the sink (S).

That is, the washing unit (4) is configured to be used just put into the bowl (B) of the sink (S) that is previously installed in the kitchen, receiving power and radicals from the controller (1) installed in the kitchen separately Since only the small size of the washing unit (4) in the bowl (B) to wash the fruit will be able to sterilize, wash the fruit very easily.

The first cleaning unit 4 is formed in a cylindrical shape and has an opening 5 formed at one side thereof, and a first case in which an insertion member 6 into which an electric wire 2 and a tube 3 are inserted is fixed at one outer periphery. 7) and the ultrasonic vibrator 9 which is fixedly installed at the inner center of the first case 7 and has an aluminum plate 8 interposed between the first case 7 and the first case ( 7) is filled in the interior of the seal to seal the waterproof and the end of the tube (3) is fixed to expose the end 10, and is formed in a cylindrical shape to be screwed with the first case (7) and the outer peripheral The second case 12 is formed with a plurality of vent holes 11 so that radicals are emitted.

That is, when power is applied to the ultrasonic vibrator 9, ultrasonic waves are generated to remove pesticides, etc. from the fruit, and when radicals are supplied from the controller 1 through the tube 3, the second case 12 is removed. It is to be configured to sterilize the fruit while being released into the water of the sink bowl (B) through the vent (11).

Of course, since the ultrasonic vibrator 9 is sealed by the epoxy 10, even if the washing unit 4 is immersed in water, it is completely waterproof.

Here, the controller 1 uses the same controller as the conventional controller. As shown in FIG. 4, a substrate including an ultrasonic wave generator, a radical generator, a processor, a display, and the like is provided in the case 13. Built in the bar, the upper end of the case 13 has a hook portion 14 is formed to be hooked to the kitchen.

A hook ring 15 is formed on the side surface of the case 13 of the controller 1 so that the hook hook 15 can be inserted into the controller 1 so that the hook hook 15 can be stored after the washing part 4 is used. The catching part 16 is formed in the washing | cleaning part 4.

In particular, a detachable drip tray is installed on the controller case 13 to receive the water falling when the washing unit 4 is hooked, which is a catch guide 17 installed on the side of the case 13 and the catch. The guide 17 is made of a drip tray 19 formed with a fitting guide 18 on one side so that the guide 17 is inserted.

When explaining the operation and effect of the present invention as described above, in order to wash the fruit or vegetables, the housewife receives water in the bowl (B) of the sink (S) after separating the washing unit (4) from the controller (1) Into the bowl (B).

In the state in which the washing unit 4 is placed in the bowl B of the sink S, fruits are put in water, and the power of the controller 1 is turned on to operate the ultrasonic generator and the radical generator. When the vibrator 9 is vibrated at a predetermined frequency by the wire 2, the radicals generated from the radical generator are introduced into the second case 12, which is a space of the washing unit 4, via the tube 3. do.

When the vibrator 9 vibrates, the ultrasonic wave is diverted through the first case 7 while maximizing the vibration through the aluminum plate 8 to remove pesticides on the fruit. The first case 7 is to act as a conventional diaphragm.

In addition, the radical supplied through the tube (3) is filled into the inner space of the second case 12 and exits to the outside through the vent hole 11, which is discharged into the water, such as bacteria attached to the fruit Will be sterilized.

That is, if only the washing part 4, which is a very small part, is placed in the bowl B of the sink S, the fruit can be easily sterilized and washed, and the sink is not used as in the related art without using a separate washing tank 50. Because it is used directly in S), it is very easy to wash fruits.

When the washing of the fruit is completed, take out the fruit from the bowl (B) of the sink (S) and at the same time take out the washing unit 4, remove the water on the washing unit 4 and then remove it from the controller (1) Hanging unit (4) is hooked to the hook 15.

At this time, the water remaining in the washing unit 4 falls to the drip tray 19 while falling, when a certain amount of water is filled in the drip tray 19, it is separated from the controller 1 to remove the water and again the controller It is inserted into the locking guide 17 of the case (13).

As described above, the present invention separates and manufactures the ultrasonic sterilization washing machine into the washing unit and the controller unit, and the controller hangs on the front of the sink and sterilizes and cleans the fruit while only putting the washing unit into the bowl of the sink. Because of the very small volume of the cleaning unit, there is an advantage that other kitchen work can be easily done even when the fruit is sterilized.

Claims (4)

It is fixed to the front of the sink and the controller consisting of an ultrasonic generator, a radical generator, a processor and a display, It is connected to the ultrasonic generator of the controller and wired to generate ultrasonic waves, and is connected to a tube to be discharged from the water while supplying radicals generated from the epoxy-coated oscillator and the controller and put it into the bowl of the sink when the fruit is washed. Ultrasonic sterilization cleaner characterized in that consisting of a washing unit for emitting ultrasonic waves and radicals in the water. The method of claim 1, The washing unit is formed in a cylindrical shape and an opening is formed at one side, the first case is fixed to the insertion member is inserted into the wire and tube is inserted into the outer periphery, and the ultrasonic vibrator fixed to the inner center of the first case, Epoxy is filled in the interior of the first case and sealed to seal it, and the tube is exposed to the end of the tube, and formed in a cylindrical shape to be screwed with the first case and a plurality of cylinders to radiate radicals around Ultrasonic sterilization cleaner, characterized in that consisting of a second case formed pores. The method according to claim 1 or 2, Ultrasonic sterilization washer, characterized in that it comprises a hook formed on the side of the case of the controller so that it can be stored on the controller after the use of the washing unit, and the hook formed in the washing unit so that the hook is inserted. The method according to claim 1 or 2, Ultrasonic sterilization washing machine comprising a locking guide installed on the side of the controller case to receive the water falling when the cleaning unit is hooked, and a drip tray formed with a fitting guide on one side so that the locking guide is inserted.