KR200264592Y1 - A fruits, vagetables and bowl washer using by ultrasonic and ozone - Google Patents

Abstract

The present invention relates to a fruit, vegetable, and tableware antibacterial washer using ultrasonic waves and ozone. More specifically, the present invention relates to a washing machine that can be easily washed, sterilized and antibacterial to any fruits, vegetables, and utensils mounted on a sink installed in a kitchen such as a general home or a business.

According to the present invention, a key input unit provided with various key buttons for selecting the ultrasonic or ozone function and washing and antibacterial function according thereto; A power supply unit for stably supplying alternating current (AC) and direct current (AC) power to each component; A control unit which collectively controls each component for generating ultrasonic waves and ozone according to a key operation input from the key input unit; An LED display unit for displaying an operation state of each function button set by a user under the control of the controller; An oscillator for transmitting a frequency suitable for cleaning to vibration of the vibrator under the control of the controller; An ultrasonic generator for generating ultrasonic waves by vibration of the oscillator oscillated from the oscillator; An air filtration filter unit for filtering dust or moisture of collected air; An air circulation pump unit for circulating the air filtered from the air filtration filter unit by a pump operation installed therein; A high pressure generator for receiving a low pressure from a power supply unit under the control of the controller to generate a high pressure necessary for ozone generation; Fruit, vegetable, and tableware antibacterial cleaner using ultrasonic and ozone, characterized in that it comprises an ozone generator for generating ozone of the anion by the filtered air and the high pressure generated from the air circulation pump and the high pressure generating unit do.

Description

A fruit, vagetables and bowl washer using by ultrasonic and ozone}

The present invention relates to a fruit, vegetable, and tableware antibacterial washer using ultrasonic waves and ozone. More specifically, the present invention relates to a washing machine that can be easily washed, sterilized and antibacterial to any fruits, vegetables, and utensils mounted on a sink installed in a kitchen such as a general home or a business.

In general, the ultrasonic cleaning uses the sound pressure effect and the cavitation effect of the ultrasonic wave. The cavitation is accompanied by chemical and thermal action due to the micro-agitation caused by the vibration of the bubble and the destruction of the bubble.

The complex, repeated for such a production is to be precisely washed by removing the foreign matter attached to the acceleration and dispersion of the chemical reaction in the washing solution is increased.

In addition, the ozone generator dissolves and decomposes and functions as sterilization, deodorization, discoloration, and antibacterial. In other words, ozone is a colorless odorous gas with strong oxidizing power and strong sterilizing power to remove bacteria and virus. It also has a strong bleaching power.

Ultrasonic cleaner and ozone generator are the products applied in our real life by using such functions as washing, sterilization, deodorization and antibacterial. They have an excellent effect in removing foreign substances mainly attached to the surface of fruits, vegetables, tableware and the like.

However, the connection state of each vibrator of the ultrasonic generator connected to the power supply stage in the conventional ultrasonic cleaner is in a parallel manner. This means that if one oscillator has a different impedance when supplying power and an oscillation signal, a large current flows toward the lower impedance, causing only the vibrator to vibrate, thereby causing a weakening of the cleaning power function due to ultrasonic vibration.

In addition, only the function of the existing ultrasonic cleaner causes a problem that foreign substances adhering to the surface of corners such as tableware are not completely removed.

Therefore, the present invention is to solve the above problems, the object of the present invention is to activate the interface between the foreign matter and the epidermis by using ultrasonic waves to clean and sanitarily clean vegetables, fruits and tableware, etc. in all kitchens The present invention provides a washer that can easily remove foreign substances from the epidermis of vegetables, vegetables, and utensils, and can be sterilized and antibacterial using ozone.

The present invention as a technical idea for achieving the above object of the present invention

A key input unit provided with various key buttons for selecting an ultrasonic wave or an ozone function, and washing and antibacterial function according thereto; A power supply unit for stably supplying alternating current (AC) and direct current (AC) power to each component; A control unit which collectively controls each component for generating ultrasonic waves and ozone according to a key operation input from the key input unit; An LED display unit for displaying an operation state of each function button set by a user under the control of the controller; An oscillator for transmitting a frequency suitable for cleaning to vibration of the vibrator under the control of the controller; An ultrasonic generator for generating ultrasonic waves by vibration of the oscillator oscillated from the oscillator; An air filtration filter unit for filtering dust or moisture of collected air; An air circulation pump unit for circulating the air filtered from the air filtration filter unit by a pump operation installed therein; A high pressure generator for generating a high pressure required for ozone generation by receiving a low pressure from a power supply unit under the control of the controller; Fruit, vegetable, and tableware antibacterial cleaner using ultrasonic and ozone, characterized in that it comprises an ozone generator for generating ozone of the anion by the filtered air and the high pressure generated from the air circulation pump and the high pressure generating unit do.

1 is a block diagram of a fruit, vegetable, tableware antibacterial washing machine using ultrasonic waves and ozone according to the present invention.

FIG. 2 schematically shows a key input unit and an LED display unit shown in FIG. 1.

3 is a view schematically showing the installation state of the washing machine according to the present invention.

<Explanation of symbols for the main parts of the drawings>

100: key input unit 102: power supply unit

104: control unit 106: LED display unit

108: oscillation unit 110: ultrasonic generator

112: air filtration filter unit 114: air circulation pump unit

116: high pressure generating unit 118: ozone generating unit

Hereinafter, the configuration of the embodiment of the present invention and its operation will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a fruit, vegetable, tableware antibacterial washing machine using ultrasonic waves and ozone according to the present invention. FIG. 2 is a view schematically illustrating a key input unit and an LED display unit illustrated in FIG. 1. 3 is a view schematically showing the installation state of the washing machine according to the present invention.

1, the key input unit 100 is provided with a variety of key buttons for selecting the ultrasonic or ozone function for washing and antibacterial function according to the; A power supply unit 102 for stably supplying alternating current (AC) and direct current (AC) power to each component; A controller 104 for collectively controlling each component for generating ultrasonic waves and ozone in accordance with a key operation input from the key input unit 100; An LED display unit 106 for displaying an operation state of each function button set by a user under the control of the controller 104; An oscillator 108 for transmitting a frequency suitable for cleaning to vibration of the vibrator under the control of the controller 104; An ultrasonic generator (110) for generating ultrasonic waves by vibration of the oscillator oscillated from the oscillator (108); An air filtration filter 112 for filtering dust or moisture of collected dust; An air circulation pump unit 114 for circulating the air filtered from the air filtration filter unit 112 by a pump operation installed therein; A high pressure generator 116 for receiving a low pressure from the power supply unit 102 under the control of the controller 104 to generate a high pressure required for ozone generation; The ozone generator 118 is configured to generate ozone of anion by the filtered air from the air circulation pump 114 and the high pressure generator 116 and the generated high pressure.

As shown in FIG. 2, the key input unit 100 includes a power button 100a, a time adjustment button 100b, a mode adjustment button 100c, and a start / cancel button 100d.

The power button 100a is a button for ON / OFF adjustment of the power supplied to the washing machine. The power button 100a is ON when the user presses it once, and when it is pressed once again, the power button 100a is turned on. The corresponding mode of) lights up.

Time adjustment button (100b) is a button for setting the time of the ultrasonic and ozone function, the time is set, for example, every 3 minutes, 5 minutes, 10 minutes each time, the corresponding mode of the LED display unit 106 Lights up. In this case, the setting time unit may be variously changed in the design stage.

The mode adjustment button 100c is a button for selecting modes of the ultrasonic and ozone functions, and the ultrasonic mode, the ozone mode, the ultrasonic wave and the ozone mode of the LED display unit 106 are turned on each time when pressed.

The start / cancel button 100d is a button for setting start / cancel operation in a state where the time adjustment button 100b and the mode adjustment button 100c are set by the user, and once pressed, the operation is started and the LED display unit 106 is pressed. The relevant mode of is turned on and it stops automatically when the time is reached, but if you press the button again to stop during the operation, the operation is canceled.

The ultrasonic generator 110 has, for example, four oscillators connected to the power supply unit 102 separately in a series manner, that is, problems caused by the conventional parallel scheme, that is, even one oscillator may be supplied when supplying power and an oscillation signal. If the impedance is different, a lot of current flows toward the lower impedance, and only the vibrator vibrates, thereby partially weakening the washing power function by ultrasonic vibration.

Therefore, in the present invention, by supplying separate oscillation lines and power to each vibrator in series, it is possible to prevent the vibration from being partially weakened and to output the output evenly from all the vibrators.

The ozone generator 118 is a hot wire method using a coil or a ceramic method using a piezoelectric element.

Looking at the washing machine shown in Figure 3, the right side of the rectangular housing 200 having a predetermined height and width and the bottom is sealed (also possible on the left side) is a PCB circuit board 202 is embedded in a sealed state In the bottom, four vibrators 204a, 204b, 204c and 204d are installed to generate ultrasonic waves by vibrating the vibrator.

Of course, the housing 200 is mounted mounted on a sink installed in the kitchen of a home or business. In addition, the present invention has been described using four vibrators. However, the present invention is not limited thereto, and one or more vibrators may be provided to adjust the washing force thereof.

In addition, the ozone generator 206 is installed on the right side of the housing 200 to generate bubbles of ozone anion. The basket 208 accommodated in the housing 200 may contain various fruits, vegetables, tableware, and the like.

Next, the use state and operation process of the fruit, vegetable, and tableware antibacterial washing machine using ultrasonic wave and ozone according to the present invention will be described.

First, the housing 200 of the washing machine according to the present invention is mounted on a sink installed in a kitchen such as a home or a business. Then, the basket 208 is placed in the housing 200, and various kinds of vegetables, fruits, dishes, etc. to be washed and sterilized are placed on the basket 208.

After receiving the water supplied through the water pipe until the wash water is locked in that state, by pressing the power button (100a) installed in the key input unit 100 of the washer (ON).

Next, the user operates the time adjustment button 100b and the mode adjustment button 100c according to the type of washing water. At this time, the time adjustment button (100b) is a button for setting the time of the ultrasonic and ozone function, for example, 3 minutes, 5 minutes, 10 minutes, the mode adjustment button (100c) to select the mode of the ultrasonic and ozone function As a button for each time, the ultrasonic mode, the ozone mode, the ultrasonic wave and the ozone mode of the LED display unit 106 are turned on each time.

In this state, when the start operation of the start / cancel button 100d is set, ultrasonic waves are generated by the vibration of four vibrators 204a, 204b, 204c, and 204d installed on the bottom of the housing 200. .

In addition, when the ultrasonic wave and ozone generation are set at the same time by the mode adjustment button 100c, the ozone generator (by the generated high pressure and the filtered air from the air circulation pump 114 and the high pressure generator 116) From 118).

At this time, the washings such as vegetables, fruits and tableware contained in the basket 208 is activated by the ultrasonic interface between the foreign matter and the epidermis to easily remove the foreign matter from the epidermis of the wash and sterilization and antibacterial treatment by the generation of negative ions. Becomes

Then, after washing and antibacterial, the basket 208 is lifted and drained by opening the water stopper of the sink.

At this time, in order to more complete cleaning and antibacterial, washing products, such as vegetables, fruits and tableware contained in the basket 208 in the flowing water can be used by rinsing.

According to the fruit, vegetable, tableware antibacterial washer using ultrasonic and ozone according to the present invention as described above has the following advantages.

First, the ultrasonic generator of the present invention is at least one vibrator connected by a series method, which is a problem caused by the conventional parallel method. By vibrating only the vibrator, it is possible to prevent the cleaning power function due to the ultrasonic vibration from being partially weakened.

Second, you can easily clean and procure all fruits, vegetables, and utensils by placing them on the sink in your kitchen at home or at business, as well as completely remove foreign substances attached to the surface to eat without peeling. have.

Third, the washing machine of the present invention can be easily washed and sterilized, there is an advantage to prevent the trouble of housewives and cleaners and eczema of the hand.

Claims (4)

A key input unit provided with various key buttons for selecting an ultrasonic wave or an ozone function and for washing and antibacterial function accordingly; A power supply unit for stably supplying alternating current (AC) and direct current (AC) power to each component; A control unit which collectively controls each component for generating ultrasonic waves and ozone according to a key operation input from the key input unit; An LED display unit for displaying an operation state of each function button set by a user under the control of the controller; An oscillator for transmitting a frequency suitable for cleaning to vibration of the vibrator under the control of the controller; An ultrasonic generator for generating ultrasonic waves by vibration of the oscillator oscillated from the oscillator; An air filtration filter unit for filtering dust or moisture of collected air; An air circulation pump unit for circulating the air filtered from the air filtration filter unit by a pump operation installed therein; A high pressure generator for receiving a low pressure from a power supply unit under the control of the controller to generate a high pressure necessary for ozone generation; Fruit, vegetable, and tableware antibacterial cleaner using ultrasonic and ozone, characterized in that it comprises an ozone generator for generating ozone of the anion by the filtered air and the high pressure generated from the air circulation pump and high-pressure generator. The fruit, vegetable, and tableware antibacterial cleaner according to claim 1, wherein the ultrasonic generator comprises at least one vibrator connected to the power supply separately in series. The fruit, vegetable, and tableware antibacterial cleaner according to claim 1, wherein the ozone generator generates negative ions by a hot wire method using a coil. The fruit, vegetable and tableware antibacterial cleaner using ultrasonic and ozone according to claim 1, wherein the ozone generator generates anions by a ceramic method using a piezoelectric element.