KR100345291B1 - A Pipe Laying Structure of Washing and Sterilizing Apparatus using Ozone and Ultrasonic Waves - Google Patents

Abstract

The present invention relates to a piping structure of a washing and sterilizing apparatus using ozone and ultrasonic waves capable of simultaneously washing and disinfecting an article such as a kitchen container, wherein the electric heater 11 and ultrasonic waves are generated on the inner bottom of the case 1. An oscillating part 3 having a slope 2 is provided, and a pipe part 5 spaced apart from the vibrating part 3 is installed in a washing and sterilizing apparatus using ozone and ultrasonic waves in which an ozone generator 6 is connected. In this case, the pipe part 5 is disposed in a form surrounding the vibrating part 3, and the ejection openings 4 formed in the pipe part 5 are insulated or multi-heated at regular intervals around the pipe pipe 7. The pipe pipe 7 is bisected so that the ozone generator 6 and the compressed air supply source 10 are connected in parallel at each end thereof, while the pipe pipe 7 has valves 9a and 9b respectively. The check valve 12 is added to the pipe side of the ozone generator 6. It has been made in the device.

Description

A pipe laying structure of washing and sterilizing apparatus using ozone and ultrasonic waves

The present invention relates to a pipe structure of a washing and sterilizing apparatus using ozone and ultrasonic waves which can be sterilized while washing kitchen containers or vegetables, fruits and other containers using ozone (O ₃ ) and ultrasonic waves.

As is well known, the cleaning apparatus using ultrasonic waves is used to clean kitchen containers, vegetables, and fruits using sound pressure and cavitation of ultrasonic waves, that is, vibration of bubbles generated by sound pressure and cavitation when ultrasonic waves are generated. By repeating to produce a continuous it is to increase the chemical reaction of the cleaning solution and to increase the dispersing action to remove foreign matters such as debris on the article to be cleaned, this ultrasonic cleaner is widely used in domestic as well as industrial situation.

However, such a conventional ultrasonic cleaner only performs a cleaning action, but does not perform sterilization and disinfection, so that a separate disinfectant is added to disinfect the cleaned item or moved to another disinfection device to perform sterilization. There was a feeling. In addition, when using the disinfectant, there was a problem that not only destroys the environment by polluting the water, but also the waste of using excessive water, the water quality is contaminated.

On the other hand, ozone has a strong oxidizing power and is known to be excellent in disinfection and sterilization power as well as being widely used in water treatment and air purification, etc. as well as excellent decolorization and deodorizing power is widely used in industry and household.

The present invention is to reduce the consumption of detergents and water by simultaneously performing the cleaning and sterilization of the items to be cleaned, for example, kitchen containers, vegetables, fruits and various containers using ozone and ultrasonic waves excellent in sterilization and cleaning power The purpose of the present invention is to provide a piping structure of a cleaning and sterilization apparatus using ozone and ultrasonic waves having the effect of cleaning and sterilizing even every corner of the container while protecting the product.

1 is a schematic perspective view of a washing and sterilizing apparatus;

2 is a schematic view showing an embodiment of the present invention;

3 is a schematic view showing another embodiment of the present invention;

4A, 4B and 4C are partially enlarged perspective views illustrating various exemplary embodiments of a pipe unit according to the present invention.

Description of the symbols according to the main parts of the drawings

1 case, 2 radial surface,

3: vibrating part, 4: spout,

5: piping, 6: ozone generator,

7: pipe pipe, 8: wire,

9a, 9b: valve, 10: compressed air supply source,

11: electric heater, 12: check valve.

The present invention for achieving the above object is installed on the bottom surface of the case having a vibrating unit having a radiating surface for generating an electric heater and ultrasonic waves, ozone and ultrasonic waves formed by connecting the ozone generator to the pipe portion spaced apart from the vibrating portion In the cleaning and sterilization apparatus using, the pipe portion is disposed in the form of surrounding the vibrating portion, the ejection openings formed in the pipe portion is formed in a thermal insulation or multiple rows at constant equal intervals around the pipe pipe, the pipe pipe is divided into two At the end of the ozone generator and the compressed air supply source is connected in parallel, the pipe pipes are provided with valves, respectively, and the check valve is installed on the piping side of the ozone generator is made to the accompanying drawings. It explains in detail.

1 is an overall schematic view of a washing and sterilizing apparatus, and includes a vibrator 3 having an electric heater 11 and a radiating surface 2 for generating ultrasonic waves on a bottom surface of a case 1 filled with water. A pipe section 5 is provided with ejection openings 4 in a form spaced apart from and vibrates the vibrator section 3, and an ozone generator 6 is connected to the pipe section 5. The ejection openings 4 are formed in a single row or multiple rows at regular intervals around the pipe pipe (7).

Wherein the electric heater 11 is used to increase the temperature of the water in order to maximize the cleaning and sterilization effect, the ultrasonic vibration generating unit 3 is connected to the outside and the wire 8 as a conventional structure. The case 1 is formed of a metal material such as stainless, and the pipe pipe of the pipe part 5 is formed of a PVC-based synthetic resin material.

The ozone generator 6 having the solenoid valves 9a and 9b and the compressed air supply source 10 are connected in parallel to the pipe section 5 having the ejection openings 4 so that the user can use the ozone as necessary. The ozone generator 6 is provided with a check valve 12 so that the high pressure of the compressed air source 10 is not flowed back toward the ozone generator 6 so as to control the generation and the compressed air selectively. .

In addition, the pipe pipe 7 of the pipe portion 5 may use a square or polygonal pipe or a cylindrical pipe, as shown in Figure 4, the ejection openings 4 are directed to the upper surface of the case (1), for use purposes Accordingly, the diameter of the jet port 4 can be formed in various sizes. For example, the diameter of the jet port 4 can be formed in various sizes in consideration of the internal volume of the case 1 and the pressure of ozone and compressed air to be injected.

Subsequently, the operation of the present invention, if necessary, warms water by the heater 11, puts an article to be cleaned and disinfected in the case 1 filled with this water, and operates the vibrator 3, while operating a valve. When the ozone generator 6 and the compressed air source 10 are selectively operated through the operations (9a, 9b), ultrasonic waves, ozone, and compressed air are simultaneously generated at the bottom of the case 1, Due to the cavitation, ozone bubbles and vortex of water, washing and sterilization are simultaneously performed.

As described above, according to the present invention, the article to be cleaned is cleaned through the negative pressure and cavitation of the ultrasonic wave and the vortex of the water caused by ozone bubbles, and at the same time, more powerful sterilization and disinfection are performed. It saves detergents, shortens working time, saves water for washing and protects the water environment of water resources, and has various effects for industrial application as well as various household products requiring cleaning and sterilization. have.

In addition, the present invention is environmentally friendly and economical, and has the advantage of suppressing the generation of harmful substances to the maximum.

Claims (2)

An oscillation part 3 having an electric heater 11 and a radiating surface 2 for generating ultrasonic waves is provided on the inner bottom of the case 1, and ozone is provided in the piping part 5 provided to be spaced apart from the vibration part 3. In the washing and sterilizing apparatus using ozone and ultrasonic waves that the generator 6 is connected, The pipe part 5 is disposed in a form surrounding the vibrating part 3, and the ejection openings 4 formed in the pipe part 5 are formed insulated or multi-row at regular equal intervals around the pipe pipe 7. The pipe pipe 7 is bisected so that the ozone generator 6 and the compressed air supply source 10 are connected in parallel at each end thereof, while the pipe pipe 7 is provided with valves 9a and 9b, respectively. , Piping structure of the washing and sterilizing apparatus using ozone and ultrasonic, characterized in that the check valve 12 is installed on the piping side of the ozone generator (6). (delete)