KR20070071536A - Portable megasonic cleaner - Google Patents

Abstract

A portable ultrasonic cleaner is provided to maximize the cleaning power for easily removing foreign substances on surface of vegetables and dishes. In a portable ultrasonic cleaner, a ceramic cover(10), a length regulating pipe, and a control module(12) are integrally engaged so as to be located on a line. An injection cap(18) is engaged with the front side of the ceramic cover. An injection pipe having a motor and a blowing fan(20) is installed on the rear side of the ceramic cover. An ozone lamp, an ultrasonic vibrator, and a vibrator holder for fixing the ultrasonic vibrator are embedded between the ceramic cover and the injection pipe. An expansion pipe of which the diameter becomes larger is provided on the front side of the injection pipe. Another ultrasonic vibrator(21b) is installed at a central portion of the expansion pipe. A suction hole(14) for sucking exterior air and supplying the exterior air to the injection pipe is formed on a side surface of the length regulating pipe.

Description

Portable Ultrasonic Cleaner {Portable megasonic cleaner}

1 and 2 are schematic diagrams of a portable ultrasonic cleaner according to the present invention.

3 is a view showing an air cover in which an air outlet is formed.

※ Explanation of code for main part of drawing

10: ceramic cover 11: PCB

12: control module 13, 14: intake air

15: connection jack 16: battery

17: ozone lamp 18: injection cap

19: injection ball 20: blowing fan

21a, 21b: ultrasonic vibrator 22: motor

23 packing 24 length adjustment tube

25: Select Button 26: Variable Lever

27: vibrator holder 28: injection pipe

29 extension tube

The present invention relates to a portable ultrasonic cleaner that can be used anytime and anywhere regardless of time or place. In particular, the present invention is applied to a portable ultrasonic cleaner for washing and sterilizing foreign substances on vegetables such as vegetables or fruits by applying ultrasonic waves and anions, ozone and far infrared rays to water and vegetables such as vegetables or fruits submerged in water. It is about.

Increasingly, people are eating vegetables such as fruits and vegetables due to changes in their diet. On the surface of vegetables including fruits and vegetables, various harmful foreign substances such as pesticides and parasite eggs sprayed during cultivation are attached. Vegetables should be washed for a healthy diet.

Among vegetables such as fruits and vegetables, vegetables that have several leaves, such as lettuce or cabbage leaves, are very soft and soft, which requires a lot of time and effort to clean the foreign substances on the surface by hand. There is a problem such that they are easily broken.

In the related art, a washing machine capable of washing not only vegetables and fruits but also dishes using ultrasonic waves has been developed, which has a heating heater for heating the washing water inside a washing tank called a dish, and is a stirring device for stirring the washing water. It has an air bubble generator by compressed air, and in particular, the upper edge of the washing tank has a groove and a floating water drain pipe to remove the suspended matter in the washing water so that the separated contaminants do not get stuck on the dishes again (Korea Registered Utility Model Publication 20- 0316685).

In addition, a washing device that washes dishes and fruits with a device such as ultrasonic wave by placing the sink ball inside, which is a power cable, an ultrasonic jet and a bubbler in a sink or ball containing water in a conventional sink A washing machine in the form of a net having a washing stand that can be removed is formed (Korean Patent Publication No. 10-2005-0079447).

However, the washing machine as described above has a disadvantage in that the volume of the washing machine becomes large because a separate washing tank and a rotating fan that agitate the washing water or cause air bubbles are disadvantageous, and the washing apparatus uses a conventional sink, so space is limited in use. Receive.

An object of the present invention is to apply ultrasonic waves, anion, ozone, and far infrared rays to the vegetables or tableware such as vegetables or fruits contained in water in various containers, and to remove and sterilize foreign substances on the vegetables or tableware. It is to provide a portable ultrasonic cleaner.

Particularly, the present invention is easy to carry by placing a blowing fan, an ultrasonic vibrator, anion generating means, and a battery in a rod-shaped rod-shaped case, and can easily wash vegetables and dishes anytime, anywhere, anytime, anywhere. To be able to sterilize.

The portable ultrasonic cleaner according to the present invention is integrally formed such that a ceramic cover made of a material in which negative ions and far infrared rays are radiated, a length-adjustable dual length control tube, and a control module for controlling the overall driving of the cleaner are located in a straight line. Combined; In the ceramic cover there is built-in a tubular injection pipe in which a spray cap is coupled to the front and a motor and a blower fan are built in the rear; An ozone lamp, an ultrasonic vibrator, and a vibrator holder for fixing the ultrasonic vibrator are embedded between the ceramic cover and the injection tube; The front of the injection tube is made of an expansion tube gradually increasing in diameter and another ultrasonic vibrator is installed at the center of the expansion tube; The side of the length control tube is characterized in that the intake hole for sucking the outside air to supply to the injection pipe is formed.

In the present invention, the control module has a built-in PCB, the control circuit for controlling the driving of the battery, the ultrasonic vibrator, the ozone lamp and the motor, and the surface of the control module to generate ultrasonic waves and motor rotation Preferably, a selection button for selecting and a variable lever for adjusting the ultrasonic generation intensity and the rotational speed of the motor are provided.

In addition, in the present invention, it is preferable that a connection jack configured to electrically connect the battery and an external power source to the end of the control module.

It is preferable that the rotation speed of the motor is adjusted according to the object to be cleaned, and the generating frequency of the ultrasonic generator is adjusted according to the object to be cleaned.

Hereinafter, the present invention will be described in detail.

1 and 2 show a portable ultrasonic cleaner according to the present invention, which is convenient to use anytime and anywhere regardless of place or time by attaching a vegetable or a dish such as vegetables or fruits to a container such as a sink immersed in water. It has a rod shape so that the power can be supplied by wire, and a built-in rechargeable battery can be used without a separate external power source.

The portable ultrasonic cleaner according to the present invention includes a ceramic cover 10 composed of a material in which negative ions and far-infrared rays are radiated, a control module for controlling the overall driving of a length adjusting tube 24 having a length structure and a vegetable washer. 12) has a structure that is integrally coupled so that it is located in a straight line.

Here, the ceramic cover 10 that emits far infrared rays is to radiate negative ions so as to wash and sterilize fruits, vegetables, etc. contained in the container by using negative ions emitted from the ceramic cover 10. That is, the washing and sterilizing effect can be maximized by contacting the washing water containing anion evenly on each part of the surface of fruits and vegetables by sufficiently reacting with pollutant molecules.

In the ceramic cover 10, a tubular injection tube 28 is embedded, and in front of the injection tube 28, an injection cap 18 having a plurality of injection holes 19 formed therein as shown in FIG. 3. Is coupled to the rear and a blower fan 20 interlocking with the motor 22 for injecting the external air to inject into the water through the injection hole 19 of the injection pipe 28 and the injection cap 18 is built in have.

Of course, the motor 22 should use a submersible motor that is not affected by driving even when water is introduced, and the injection pipe 28 is an intake hole 14 communicating with the front expansion pipe 29 and the length control pipe 24. All parts except) should have a sealed structure.

In addition, between the ceramic cover 10 and the spray tube 28, an oscillator holder for fixing one ultrasonic vibrator 21b and the ultrasonic vibrator 21b exposed to the surface of the ozone lamp 17 and the ceramic cover 10. (27) is built in, and the front of the injection pipe (28) consists of the expansion pipe (29) which gradually increases in diameter, and another ultrasonic vibrator (21a) is provided in the center of this expansion pipe (29).

Here, the ultrasonic vibrator (21a) (21b) is irradiated with water to ultrasonic waves to wash vegetables or dishes, etc. At this time, irradiating the ultrasonic wave to the cleaning solution generates a powerful energy of tens of millions of times per second, and extinguish do. In particular, when extinguished, chemical and thermal effects are caused by the explosion of bubbles, which causes disturbance, degreasing, and emulsification of the washing liquid to promote the washing effect, as well as to increase the dispersing effect. It is cleaned in a short time without damage. Of course, the frequency of the ultrasonic wave should vary depending on whether the object to be washed is soft like vegetables or fruits or hard like dishes.

In addition, an intake hole 14 for sucking air is formed between the injection pipe 28 embedded in the ceramic cover 10 and the length control pipe 24 coupled thereto. The intake hole 13 for sucking the outside air is perforated also at the top end. That is, the air for injecting into the water through the injection pipe 28 is sucked from the outside, that is, not immersed in the water through the intake hole 13 of the length control pipe 13 to spray the vegetables in the submerged water.

The control module 12, which is located at the top and serves as a handle of the vegetable washer, controls the operation of the battery 16, the ultrasonic vibrators 21a and 21b, the ozone lamp 17, the motor 22, and the like. The circuit board 11 includes a built-in PCB 11, and on the surface of the control module 12, a selection button 25 and an ultrasonic vibrator 21a for selecting the driving of the ultrasonic vibrators 21a and 21b and the rotation of the motor 22. A variable lever 26 is provided for adjusting the intensity of the ultrasonic wave generated by 21b and the rotational speed of the motor 22. Of course, the control module 12 may have a lid that can be opened and closed to facilitate the disassembly and assembly of the battery 16 or the PCB 11 as a case in which the length control tube 24 is integrated or detachable.

That is, the rotation speed of the motor 22 may be adjusted according to the object to be cleaned, and the frequency of generation of the ultrasonic vibrators 21a and 21b may be adjusted according to the object to be cleaned. Of course, the intensity of the ozone lamp 17 is also adjustable.

In addition, the control module 12 has a connection jack 15 for electrically connecting the battery 16 to an external power source at the end of the control module 12, so that even if there is no separate external power source using a washer, vegetables or fruits and various Dishes can be easily washed and sterilized.

As described above, the present invention maximizes the cleaning power so as to easily remove foreign substances on the surface of vegetables and utensils such as vegetables or fruits by ultrasonic waves and the like, and at the same time, wash water containing anion or ozone. It is possible to prevent the excessive pollution of chemical detergents by strongly sterilizing bacteria and pesticides remaining in vegetables, fruits and tableware, thereby reducing the environmental pollution.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be apparent to those skilled in the art that various changes and modifications are possible within the technical scope of the present invention, and such modifications and modifications belong to the appended claims. .

Claims (4)

A ceramic cover composed of a material that emits negative ions and far-infrared rays, a length-adjustable dual length control tube, and a control module for controlling the overall operation of the washing machine are integrally combined to be located in a straight line; In the ceramic cover there is built-in a tubular injection pipe in which a spray cap is coupled to the front and a motor and a blower fan are built in the rear; An ozone lamp, an ultrasonic vibrator, and a vibrator holder for fixing the ultrasonic vibrator are embedded between the ceramic cover and the injection tube; The front of the injection tube is made of an expansion tube gradually increasing in diameter and another ultrasonic vibrator is installed at the center of the expansion tube; The side of the length control tube is a portable vegetable washer, characterized in that the intake hole for sucking the outside air to supply to the injection pipe is formed. The method of claim 1, The control module includes a PCB including a battery, a control circuit for controlling the driving of the ultrasonic vibrator, the ozone lamp, and the motor, and a selection button and an ultrasonic wave for selecting the generation of the ultrasonic wave and the motor rotation on the surface of the control module. Portable ultrasonic cleaner, characterized in that the variable lever for adjusting the generation intensity and the rotational speed of the motor is installed. The method of claim 1, Portable ultrasonic cleaner, characterized in that the connection jack is configured at the end of the control module for electrically connecting the battery and an external power source. The method of claim 1, The motor is a rotational speed is adjusted according to the object to be cleaned, the ultrasonic generator is a portable ultrasonic cleaner, characterized in that the generation frequency is adjusted according to the object to be cleaned.

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