KR200293645Y1 - Supersonic Waves Washer - Google Patents

Abstract

The present invention provides a sink equipped with an ultrasonic cleaner having a structure that can automate the entire process of supplying water to the sink, the first washing operation by the ultrasonic cleaner, the drainage and the second washing rinsing, and the water supply and drainage. will be.

The present invention for this purpose is to attach a thin ultrasonic vibrator of the frequency band 40 ㎑ (50 ø) to the bottom of the washing tank constituting the sink, and to install an electronic control valve in the water supply and drain pipe provided in the sink, the top, middle, bottom By installing a water level sensor to detect the water level, the present invention proposes a sink with an ultrasonic cleaner having a structure in which an electric control valve and an ultrasonic vibrator are controlled by a control device.

Description

Sink with Ultrasonic Cleaner {Supersonic Waves Washer}

The present invention relates to a sink equipped with an ultrasonic cleaner configured to attach a thin disk-shaped ultrasonic vibrator to the sink to wash dishes or fruits, and more specifically, to supply the water to the washing tank of the sink and to perform the first washing by the ultrasonic cleaner. The idea is to provide a sink with an ultrasonic cleaner that can automate work, drainage, and secondary water supply and the entire drainage process.

In general, the sink is a kitchen equipment of the home recently, a sink having a structure attached to the ultrasonic cleaner to clean and conveniently wash dishes and fruits is known.

This conical heavy-duty vibrator with a thickness of about 60 mm and a frequency band of 28 kHz is attached to the outer wall of the sink of the sink, and it is equipped with a sensor according to the product to enable automatic water supply and drainage.

Therefore, in order to use the conventional sink as described above, the washing tank is filled with the washing water and the user directly supplies water at a constant level or automatically supplies water by a sensor, and generates the ultrasonic vibration for the first washing, and removes the washing water, and then the washing tank. The user can drain the water manually through the drain or drain it automatically.

However, since the sink is a structure in which an ultrasonic cleaner is attached to a washing tank having a depth almost equal to that of a sink installed in a general household sink, the depth of the washing tank is too low, and thus the size of the dishes is often large so that it is not submerged in water. In this case, there is a problem that the parts that are not submerged with water are not properly cleaned.

In addition, clean dishes can be obtained by second washing after washing by the first ultrasonic cleaner. In the conventional case, since water remains inside the dish during automatic or manual drainage, the second washing is almost difficult to automatically clean. In most cases, the user directly rinsed, there was a problem.

In addition, the conventional ultrasonic cleaner uses a cylindrical ultrasonic wave oscillator in the frequency band of 60 ㎑ (60 ø), the power is strong, there is a big noise when washing, erosion phenomenon (the phenomenon of eating stainless steel cleaning material by ultrasonic vibration) There was an issue that appeared soon.

In addition, because of the long wavelength has a disadvantage in that the washing power for the minute portion is inferior, and due to the weight of the vibrator itself, it may cause a failure, such as falling off the washing tank by vibration when used for a long time.

The present invention solves the problems caused by the conventional sink equipped with an ultrasonic cleaner, and configures the sink to apply an automated program, so that the entire process of water supply, primary washing, draining, water supply and secondary washing, and draining is automatically performed. It aims to present a sink that can be performed with.

1 is a basic structural diagram of the present invention

Figure 2 is a state combined with the guide guide

* Description of the major symbols

10.Wash bath 20.Ultrasonic diaphragm

30.Drainage pipe 40.Manual drainage valve

50.Electronic control valve 60.Water level sensor

70. Water supply pipe 80. Manual water supply valve

90.Electronic control valve 100.Control device

110 Tableware 120 Cover

To this end, the present invention attaches a thin ultrasonic vibrator with a frequency of 40 ㎑ (50 ø) to the bottom of the washing tank constituting the sink, and installs an electronic control valve in the water supply and drain pipes provided in the sink, and in the sink, upper, middle and lower The present invention provides a sink with an ultrasonic cleaner having a structure in which a water level sensor for detecting a water level is installed to control the operation of an electronic control valve and an ultrasonic vibrator by a control device.

In addition, the present invention is provided with a removable table guide for arranging the dishes upside down in the washing tank and a washing tank cover for preventing noise and water splashing during the operation of the ultrasonic vibrator.

Hereinafter, the configuration and operation of the present invention by the embodiments according to the accompanying drawings in detail as follows.

1 is to illustrate the basic structure of the present invention, the washing tank 10 having a depth of 30-40 cm deeper than the washing tank of the general sink, the ultrasonic vibrator 20 attached to the lower portion of the washing tank, The electronic control valve 50 installed in parallel with the manual drain valve 40 installed in the drain pipe 30, the water level sensor 60 is installed in the washing tank, and the water supply pipe 70 is installed on the washing tank An electronic control valve 90 and a ultrasonic control device 100 for controlling each electromagnetic control valve are installed in parallel with the manual water supply valve 80.

Washing tank 10 is made of the same structure as the water tank attached to the general sink, but the depth of the washing tank is formed deeper than the conventional washing tank.

The depth of the washing tank is used to arrange the dishes in a stable state, and it is preferable to form a depth of 30-40 cm to prevent the water from splashing out due to the ultrasonic waves.

The ultrasonic vibrator 20 uses a 40 kHz (50 ø) frequency band with a thickness of 3 mm, which is thinner and lighter than the cone of the 60 ㎜ thickness and 28 kHz frequency, which is the standard of the ultrasonic vibrator used in the conventional sink, Excellent adhesion and adhesion is maintained continuously, it has the advantage that can be washed to a more detailed area than the conventional.

The ultrasonic vibrator is attached to the lower part of the washing tank at intervals of about 5-6 cm so that even vibration occurs on the front surface of the stainless steel washing tank.

The water level sensor 60 detects the water level in the washing tank and provides it to the control device so that the supply and drainage control can be automatically performed. Install the water level sensor on the bottom details.

The electronic control valves 50 and 90 attached to the drain pipe 30 and the water supply pipe 70 use the water level information by the water level sensor so that the control device controls each of the electronic control valves so that an appropriate amount of automatic water supply and appropriateness is achieved. It is to be configured to automatically control the whole process of washing, automatic drainage, rewatering, secondary washing, drainage, etc. during time, and manual valve is to be used as a general sink without operating ultrasonic waves. The structure in which the above-mentioned electronic control valve and manual valve are installed in parallel with the drainage pipe and the water supply pipe acts to allow manual use in case of failure of the automatic valve. In particular, the drainage pipe frequently fails due to food waste. In this case, by using a manual valve has the effect of allowing the continuous use of ultrasonic cleaning. For the same purpose, the present invention combines an electronic control valve on a pipe directly connected to the washing tank by branching into a pipe directly connected to the washing tank and a pipe installed with a manual valve. The water supply and drainage can be interrupted by an electronic control valve associated with a control device or by a manual valve, which is branched into a pipe in which a manual valve is installed and a pipe in which an electronic control valve is installed. In particular, when the electronic control valve failure of the drain pipe has the effect that can discharge the waste water by the manual valve.

The water level in the washing tank is a factor that affects the degree of washing of the dishes. When the dishes are submerged under the water surface, the washing by the vibration wave is performed smoothly, but when the dishes are exposed on the water surface, the exposed parts are not washed.

Therefore, when the automatic cleaning is performed by the control device, the water supply according to the amount of the tableware is selected, and the water level sensor detects the water level so that only the water level is adjusted so that the correct water level is maintained. The water level sensor installed in one of the upper, middle, and lower functions to accurately detect the water level in the washing tank.

The control device 100 is to be automatically washed by the selected method is configured to perform the drive control of the ultrasonic vibration plate, the drive control of the electronic control valve, etc. using the water level sensor and the external selection switch as an input signal, It can be programmed in a variety of ways.

2 illustrates a dish guide 110 and a cover 120 for smoothly arranging dishes during ultrasonic cleaning, and the dish guide 110 maintains a sufficient space without the dishes overlapping each other so that a smooth washing can be performed. To make a tableware support plate 112 by weaving the iron rods 111 to be made, so that the support plate 112 has a structure to be coupled in a layer to have a downward slope with respect to the pedestal 113.

By the above structure, several kinds of dishes are stacked in the washing tank while being spaced apart from each other, so that washing by ultrasonic waves is performed smoothly, and when draining after washing, the water in the dishes is also discharged together before the first washing, the second washing or the third washing. The process can be carried out automatically.

The cover 120 covers the washing tank 10 to prevent the water from splashing out by the vibration during the washing process and to reduce the noise during the vibration.

The present invention by the above configuration will be described step by step as follows.

① Put dishware, fruits, and other utensils to be washed in the sink by using the dish guide, and cover the tank with the lid of the sink.

②Use the selector switch on the controller to select the type of wash, the level of water, the number of rinses, and so on.

③ The electronic control valve provided in the water supply pipe is opened by the control device, and the water is filled in the washing tank. When the level of water input by the sensors provided in the upper and middle portions of the washing tank is detected, the electronic control valve is closed to stop the water supply.

④ Next, the ultrasonic cleaner is operated to wash the cleaning water contained in the cleaning tank for a predetermined time.

⑤ When the washing is completed, the operation of the ultrasonic cleaner is stopped and the first washing operation is completed by opening the electronic control valve provided in the drain pipe of the washing tank and draining the water contained in the washing tank.

When the drainage is completed, the water level sensor provided in the lower portion of the washing tank detects this and performs the next step of the rinsing operation or terminates the operation.

By this process, the user inserts the contents to be washed into the sink, washes the lid of the sink, selects the operation mode through the control device, and enters the operation mode. You can simply complete the cleaning and rinsing.

As such, when the user selects the contents to be cleaned through the controller and operates it, the user automatically performs all processes such as water supply, washing, water drainage, water supply, rinsing, and water drainage. It is completely free from stress, and it is covered with a cover even after the cleaning is completed, so that it can act as a dish dryer even if other washing water is washed, so that the user can save time spent in the kitchen. Convenience

Claims (5)

A thin ultrasonic vibrator with a frequency of 40 kHz is attached to the bottom of the washing tank constituting the sink, and an electronic control valve is installed in the water supply and drain pipes provided to the sink, and a water level sensor for detecting the level of the water in the sink is installed. Sink with ultrasonic cleaner, characterized in that configured to control the drive and control the ultrasonic vibrator and the electronic control valve by the control device. The sink according to claim 1, wherein the washing tank has a depth of 30-40 cm. The sink according to claim 1, wherein the dish guides are detachably attached to each other so that the dish guides can be detachably arranged in the washing tank. The sink according to claim 1, wherein a cover is formed to cover an upper portion of the washing tank. The water supply pipe and the drain pipe provided in the sink stage are branched into a pipe in which a manual valve is installed and a pipe in which an electronic control valve is installed, respectively, according to any one of claims 1, 2, 3 or 4, respectively. And by installing an electronic control valve, the sink with ultrasonic cleaner, characterized in that the water supply and drainage by the manual valve is made if necessary.