KR20230158186A - Faucet built-in ultrasonic dishwasher integrated food wastes disposal equipment with double fermenter - Google Patents

Abstract

The present invention relates to a double barrel integrated manual faucet built-in ultrasonic dishwasher with secondary food grinding, fermentation and destructor, and more specifically, to a case in which a washing tank is placed inside, and an upper door installed on the top of the case so as to be rotatable up and down. , a middle plate disposed at the lower part of the washing tank and coupled to transversely cross the inside of the case and on which various parts are mounted, a ball valve set and the ball coupled to the lower part of the washing tank to transmit food waste to the lower part. It is coupled to the lower part of the valve set and includes a food waste disposer in which food waste is pulverized and fermented. A manual faucet is built into the upper door so that the manual faucet does not become an obstacle when opening and closing the upper door, and the amount of dishes to be washed is reduced. This is about an ultrasonic dishwasher with a built-in double barrel integrated manual faucet and a secondary food grinding fermentation sterilizer that allows you to open the upper door and wash dishes by hand if you want to wash the dishes by hand.

Description

Food secondary grinding, fermentation sterilizer, double barrel integrated manual faucet, built-in ultrasonic dishwasher {FAUCET BUILT-IN ULTRASONIC DISHWASHER INTEGRATED FOOD WASTES DISPOSAL EQUIPMENT WITH DOUBLE FERMENTER}

The present invention relates to a double barrel integrated manual faucet built-in ultrasonic dishwasher with secondary food grinding, fermentation, and destructor. More specifically, it relates to a single device with sink and cooking worktop functions, dishwashing function, fruit and cooking washing function, and food washing function. It is about a double barrel integrated manual faucet built-in ultrasonic dishwasher with a waste fermentation destruction treatment function and a food secondary crushing fermentation destruction function and a hand dishwashing function.

As industry develops, cultural standards improve, and dietary life becomes richer, the amount of various types of food waste is increasing day by day. As of 2019, about 21,000 tons of food waste is thrown away nationwide every day, which is close to one-third of the total amount of household waste generated.

These food wastes contain a large amount of moisture and are easily decomposed. When buried in the soil, leachate is generated, contaminating the soil and groundwater. When discharged into rivers, various gases and odors are generated due to decay, which can cause serious environmental problems. Also, incineration is not easy due to the large amount of moisture.

Food waste not only causes environmental pollution, but also causes significant economic losses. The central and local governments are investing a lot of financial resources to install collection facilities, landfills, service projects, and sewage treatment plants for food waste processing. In large cities, including Seoul, there are disputes over landfill sites, and annual costs for raising funds and sewer pipe maintenance are incurred. An astronomical amount of financial resources worth tens of trillions of won is being invested. Food waste disposal costs alone are causing economic losses worth trillions of won.

In addition, the reality is that households collect food waste unhygienically and discard it inconveniently, and food waste collection bins outside apartments and single-family homes are managed in an unclean manner. Therefore, busy modern people are looking forward to the emergence of convergence home appliances that can reduce the time and kitchen labor lost in dishwashing and food waste disposal and can handle dishes and food waste at once without stress. However, so far, only products that each function independently are available. There is only it.

Conventional sinks and sink faucets only perform the functions of hand washing dishes and cooking worktops and have no other functions, so they only take up space in the kitchen. Conventional dishwashers are simple functional products that only wash dishes, and most of them are front door-closed dishwashers, which have the problem of disposing of food waste and then inserting or removing dishes while bending over, which is very inconvenient and not good for health. .

In addition, the conventional food fermentation processor is a simple functional product that only processes food waste. Since it ferments without a grinding process, it is difficult to remove salt and odor, fermentation time takes a long time, and there is a problem in that it is difficult to dispose of newly generated food waste during fermentation.

In addition, since the dishwasher and food waste disposer each occupy separate spaces, kitchen space utilization decreases and kitchen labor increases, so the need for a convergence device that can solve these problems at once is emerging.

The matters described as background technology above are only for the purpose of improving understanding of the background of the present invention, and should not be taken as recognition that they correspond to prior art already known to those skilled in the art.

The present invention is intended to solve the problems of the prior art described above. A manual faucet is built into the upper door so that the manual faucet does not become an obstacle when opening and closing the upper door. If the amount of dishes to be washed is small and you want to wash dishes by hand, you can use the upper door. The purpose is to provide an ultrasonic dishwasher with a built-in double-barrel integrated manual faucet that can open the and wash dishes.

In addition, the present invention provides an ultrasonic dishwasher with a built-in manual faucet, a double-barreled food secondary grinding, fermentation sterilizer, and a method of dissolving and separating contaminants from dishes using ultrasonic waves using an ultrasonic vibrator and washing them in combination with a general cleaning method. There is another purpose in providing it.

The technical problems to be achieved by the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned can be clearly understood by those skilled in the art from the description of the present invention. .

The configuration of the present invention for achieving the above object includes: a case in which a washing tank is disposed; an upper door installed at the top of the case to be rotatable up and down; a middle plate disposed at the bottom of the washing tank, coupled to transversely cross the interior of the case, and on which various components are mounted; A ball valve set coupled to the lower part of the washing tank and capable of delivering food waste to the lower part; and a food waste processor coupled to the lower part of the ball valve set and grinding and fermenting food waste. It includes a manual faucet built into the upper door and a plurality of ultrasonic vibrators mounted on the bottom of the washing tank.

The ultrasonic dishwasher with a built-in manual faucet and a double-barreled integrated manual faucet for secondary food grinding, fermentation and sterilization according to an embodiment of the present invention is coupled to the rear of the upper door so as to cross the upper door in the horizontal direction, and opens and closes to become the rotation axis of the upper door. shaft rod; a first track rod disposed relatively forward of the opening/closing shaft rod and coupled to transversely cross the upper door; a second track rod disposed relatively ahead of the first track rod and coupled to transversely cross the upper door; A connecting rod coupled to the opening/closing shaft rod, the first track rod, and the second track rod so as to be movable left and right; a horizontal time belt coupled to the rear end of the connecting rod and disposed to transversely cross the upper door to move the connecting rod left and right; a vertical time belt connected to the horizontal time belt and operating the horizontal time belt; and a spray pipe coupled to the connecting rod, capable of moving left and right, and having a plurality of nozzles that spray washing water or hot air. It is desirable to further include.

An ultrasonic dishwasher with a built-in manual faucet and a double barrel integrated food secondary grinding fermentation destructor according to an embodiment of the present invention includes a water supply hose connected to the rear end of the spray pipe and supplying washing water or hot air to the spray pipe; A water channel converter mounted between the spray pipe and the water supply hose to change the water channel; A manual faucet rotatably mounted on the water converter; A water electromagnet coupled to the lower surface of the spray pipe to fix the head of the manual faucet; and an upper bearing coupled to the rear of the upper door and through which a water supply hose passes. It is desirable to further include.

An ultrasonic dishwasher with a built-in manual faucet and a double barrel integrated food secondary grinding fermentation destructor according to an embodiment of the present invention includes a food inlet formed on the bottom of the washing tank; A water collection pop-up mounted on a water collection hole formed on the bottom of the washing tank; One or more sprinklers installed on the bottom of the washing tank; A plurality of ultrasonic oscillators installed on the bottom of the washing tank; It is desirable to further include.

In the double barrel integrated manual faucet built-in ultrasonic dishwasher with secondary food grinding, fermentation, and destructor according to an embodiment of the present invention, the ultrasonic vibrator includes a vibrator nut inserted into and coupled to a vibrator hole formed on the bottom of the washing tank; A first piezoelectric ceramic disposed below the vibrator nut; a first electrode terminal disposed below the first piezoelectric ceramic; a second piezoelectric ceramic disposed below the first electrode terminal; a second electrode terminal disposed below the second piezoelectric ceramic; a vibrator support disposed below the second electrode terminal; A vibrator bolt coupled through the vibrator nut, the first piezoelectric ceramic, the first electrode terminal, the second piezoelectric ceramic, the second electrode terminal, and the vibrator support; A vibrator head disposed on the upper surface of the bottom of the washing tank and coupled to the vibrator nut across the bottom of the washing tank through a vibrator bolt; A vibrator self-locking nut disposed on the bottom surface of the washing tank and screwed to the outer surface of the vibrator nut; It is desirable to include.

An ultrasonic dishwasher with a built-in manual faucet and a double barrel integrated food secondary grinding fermentation destructor according to an embodiment of the present invention includes a water collecting portion disposed at the lower part of the washing tank and coupled to the middle plate; A water supply motor pump connected to the water collection unit and the water inlet and having a blowing function; A passage converter connected to the water supply motor pump through a water outlet and supplying washing water or hot air to either a water supply hose or a sprinkler discharger; and a detergent unit that injects detergent into the water outlet. It is desirable to further include.

In an ultrasonic dishwasher with a built-in manual faucet and a double barrel integrated food secondary grinding fermentation destructor according to an embodiment of the present invention, the water collecting part is connected to a water supply valve to receive water and supplies water through the water inlet in the direction of the water supply motor pump. water catch basin; A water collection pop-up mounted on the pop-up water collection port formed on the upper surface of the water collection tank and connecting the washing tank and the water collection tank; A drain pop-up mounted on a pop-up drain formed on the lower surface of the water collection tank; A water collection solenoid connected to the water collection pop-up and the water collection connection rod to operate the water collection pop-up; and a drain solenoid connected to the drain pop-up through a drain connecting rod to operate the drain pop-up. It is desirable to include.

In the double barrel integrated manual faucet built-in ultrasonic dishwasher with secondary food grinding, fermentation, and destructor according to an embodiment of the present invention, the passage converter is connected to the water supply motor pump and the water outlet, and is connected to the water supply connector, the first spray connector, and the first water supply connector. Passage conversion case provided with 2 sprinkler connectors; A passage rotating part rotatably mounted inside the passage conversion case; and an electric heater built inside the passage conversion case and heating the supplied washing water or hot air; It includes a passage rotating unit that has a water supply opening and closing part that opens and closes the water supply connection port, a first spray opening and closing part that opens and closes the first spray water connection port, and a second spray opening and closing portion that opens and closes the second spray water connection port, so that the supplied washing water or hot air is provided. It is desirable to spray it through either a spray pipe or a sprinkler.

In the double barrel integrated manual faucet built-in ultrasonic dishwasher with secondary food grinding, fermentation and sterilization according to an embodiment of the present invention, the ball valve set includes: a ball valve body connected to a food inlet formed on the bottom of the washing tank; A ball valve ball accommodated in the ball valve body and having a food passage port formed through it in the center; and a ball valve motor connected to the ball valve ball and rotating the ball valve ball to open or close the inside of the ball valve body. It is preferable that the ball valve ball has an oval cross-section in which the length in the left and right directions is relatively longer than the length in the vertical direction.

In the ultrasonic dishwasher with a built-in manual faucet and a double-barrel integrated manual faucet secondary food grinding and fermentation sterilizer according to an embodiment of the present invention, the food waste processor is connected to the ball valve body to input food waste, and the input food waste is sent to the secondary A pulverizing unit that pulverizes; A transfer separator connected to the grinding unit to distribute the ground food waste; and one or more fermentation units disposed below the transfer separator to ferment and liquefy the distributed food waste. It is desirable to include.

In the double barrel integrated manual faucet built-in ultrasonic dishwasher with secondary food grinding fermentation destructor according to an embodiment of the present invention, the fermentation unit includes a fermentation body having a fermentation inlet through which food waste can be introduced; A stirrer rotatably installed inside the fermentation body and including a fermentation liquid case; A spray pipe installed at the top of the fermentation body and spraying water into the fermentation body; and a drain opener mounted on the outside of the fermentation body to open and close the fermentation drain formed in the lower part of the fermentation body. It is desirable to include.

In the double barrel integrated manual faucet built-in ultrasonic dishwasher with a food secondary grinding fermentation destructor according to an embodiment of the present invention, the drain open/close unit includes: a drain open/close body connected to the fermentation drain; A drain passage opening and closing part rotatably mounted inside the drain opening and closing body to open and close the inside of the drain opening and closing body; A drain opening/closing rotation motor installed at the top of the drain opening/closing body to rotate the drain passage opening/closing unit; A drain touch rod connected to the drain opening/closing rotation motor and capable of rotating together with the drain passage opening/closing unit; and a drain block connected to the drain opening/closing rotation motor and opening and closing the front of the fermentation drain. It is desirable to include.

In the double barrel integrated manual faucet built-in ultrasonic dishwasher with secondary food grinding, fermentation, and destructor according to an embodiment of the present invention, the drain stopper is a snail-type stopper rotating body that is connected to the drain opening and closing rotary motor and can rotate together with the drain passage opening and closing part. ; A membrane connecting rod in which a membrane receptor is formed at one end and accommodated in the path of the membrane rotating body, and the other end enters the inside of the fermentation body and can move back and forth; And a stopper opening and closing part coupled to the other end of the stopper connecting rod and opening and closing the front of the fermentation drain. It includes, when the drain opening and closing rotation motor rotates in one direction, the membrane rotating body rotates and pushes the membrane receptor, and the membrane opening and closing part is spaced from the fermentation drain to open the fermentation drain, and when the drain opening and closing rotation motor rotates in the other direction, It is preferable that the membrane rotating body rotates and pulls the membrane receptor, and the membrane opening and closing part is in close contact with the fermentation drain to close the fermentation drain.

The present invention, which has the above configuration, has the effect of significantly reducing kitchen labor and significantly increasing kitchen storage space by integrating a manual faucet, sink, dishwasher, and food secondary grinding fermentation sterilizer.

In addition, the present invention has the effect of having a strong cleaning power because air bubbles generated from an ultrasonic oscillator installed at the bottom of the washing tank can burst when they hit the contaminated dishes, melting and decomposing the contaminants.

In addition, by connecting a secondary food grinding fermentation destructor to the bottom of the washing tank, food waste can be disposed of immediately after cooking or automatically disposed of after dishwashing, eliminating the inconvenience of collecting and transporting food waste. It has the effect of reducing noise.

In addition, the present invention installs an upper door that can be opened and closed automatically at the top of the case, so that anyone can easily open or close the upper door, and completely eliminates the inconvenience and health problems caused by bending the waist to insert or remove dishes. There is an effect.

Furthermore, the present invention has a structure capable of pulverizing food waste twice and a transfer separator capable of distributing food waste to two fermentation bins, thereby significantly shortening the fermentation time of food waste and increasing the processing capacity of food waste. It has the effect of increasing.

The attached drawings are intended as reference for understanding the technical idea of the present invention, and are not intended to limit the scope of the present invention.
Figure 1 is a projection perspective view showing the overall appearance of an ultrasonic dishwasher with a built-in double barrel integrated manual faucet with a food secondary grinding, fermentation sterilizer, according to an embodiment of the present invention.
Figure 2 is a front view of an ultrasonic dishwasher with a built-in secondary food grinding, fermentation and destructor double barrel integrated manual faucet according to an embodiment of the present invention.
Figure 3 is a right side view of an ultrasonic dishwasher with a double barrel integrated manual faucet built-in food secondary grinding fermentation destructor with the upper door open according to an embodiment of the present invention.
Figure 4 is a right side view of an ultrasonic dishwasher with a built-in double barrel integrated manual faucet with a closed upper door of the food secondary grinding fermentation destructor according to an embodiment of the present invention.
Figure 5 is a diagram showing each configuration of an upper door according to an embodiment of the present invention.
Figure 6 is a view showing the opening and closing shaft rod, the first track rod, the second track rod, and the connecting rod according to an embodiment of the present invention.
Figure 7 is a side cross-sectional view showing an injection pipe coupled to a connecting rod according to an embodiment of the present invention.
Figure 8 is a side cross-sectional view showing a water line converter and a manual faucet combined according to an embodiment of the present invention.
Figure 9 is a front cross-sectional view of an upper bearing according to an embodiment of the present invention.
Figure 10 is a view showing a washing tank and case according to an embodiment of the present invention as seen from above.
Figure 11 is a cross-sectional view showing an ultrasonic vibrator coupled to a cleaning tank according to an embodiment of the present invention.
Figure 12 is a plan view illustrating parts installed on the middle plate according to an embodiment of the present invention.
Figure 13 is a cross-sectional view showing the water collection unit according to an embodiment of the present invention.
Figure 14 is a longitudinal cross-sectional view showing a water collection pop-up according to an embodiment of the present invention.
Figure 15 is a cross-sectional view showing a drain pop-up according to an embodiment of the present invention.
Figure 16 is a right side view showing the water supply motor pump according to an embodiment of the present invention.
Figure 17 is a side view showing the detergent unit according to an embodiment of the present invention.
Figure 18 is a plan view showing a passage converter according to an embodiment of the present invention.
Figure 19 is a cross-sectional view showing a passage converter according to an embodiment of the present invention.
Figure 20 is a side view showing the passage rotating part according to an embodiment of the present invention.
Figure 21 is a cross-sectional view showing a ball valve set according to an embodiment of the present invention.
Figure 22 is a plan view showing a food waste disposer according to an embodiment of the present invention.
Figure 23 is a perspective view showing the grinding part of the food waste disposer according to an embodiment of the present invention.
Figure 24 is a cross-sectional view taken along line AA' of Figure 23.
Figure 25 is a plan view showing a transfer separator according to an embodiment of the present invention.
Figure 26 is a plan view showing the transfer separator according to an embodiment of the present invention.
Figure 27 is a front view showing the fermentation unit according to an embodiment of the present invention.
Figure 28 is a cross-sectional view showing the fermentation unit according to an embodiment of the present invention.
Figure 29 is a left side view showing the fermentation unit according to an embodiment of the present invention.
Figure 30 is a right side view showing the fermentation unit according to an embodiment of the present invention.
Figure 31 is a plan view showing a drain opener according to an embodiment of the present invention.
Figure 32 is a cross-sectional view showing the drain passage opening and closing portion according to an embodiment of the present invention.
Figure 33 is a plan view showing a drain plug according to an embodiment of the present invention.
Figure 34 is a side view showing the drain opener closed according to an embodiment of the present invention.
Figure 35 is a side view showing the drain opener according to an embodiment of the present invention opened.

Hereinafter, based on the attached drawings, the present invention will be described in detail so that those skilled in the art can easily practice it. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein.

In order to clearly explain the present invention, parts that are not relevant to the description are omitted, and identical or similar components are assigned the same reference numerals throughout the specification.

In addition, terms or words used in this specification and patent claims should not be construed as limited to their usual or dictionary meanings, and the inventor must appropriately use the concept of terms to explain his or her invention in the best way. It must be interpreted as meaning and concept consistent with the technical idea of the present invention based on the principle of definability.

Figure 1 is a projection perspective view showing the overall appearance of an ultrasonic dishwasher with a built-in manual faucet with a double barrel integrated food secondary grinding fermentation sterilizer according to an embodiment of the present invention, and Figure 2 is a perspective view showing the overall appearance of a food waste secondary grinding fermentation sterilizer according to an embodiment of the present invention. It is a front view of an ultrasonic dishwasher with a built-in secondary crushing fermentation destructor double barrel integrated manual faucet, and Figure 3 is an ultrasonic dishwasher with a built-in secondary crushing fermentation destructor double barrel integrated manual faucet with the upper door open according to an embodiment of the present invention. It is a right side view of the dishwasher, and Figure 4 is a right side view of an ultrasonic dishwasher with a built-in double barrel integrated manual faucet with a closed upper door of the food secondary grinding, fermentation sterilizer, according to an embodiment of the present invention.

As shown, the food secondary grinding, fermentation sterilizer, double barrel integrated manual faucet built-in ultrasonic dishwasher according to the present invention includes a case (100), an upper door (200), a middle plate (300), and a ball valve set (600). ) and a food waste disposer 700, and is characterized in that a manual faucet 250 is built into the upper door 200 and a plurality of ultrasonic vibrators 150 are mounted on the bottom of the washing tank 110.

The user presses the open/close button of the upper door (200), puts food waste into the food waste inlet (111) at the bottom of the washing tank (110), immediately places dishes on it, closes the upper door (200), presses the normal cleaning or ultrasonic cleaning operation button, and When you press the start button, cleaning begins.

After food waste is filled in the grinding unit 710 of the food waste disposer 700, when the button is pressed, the ball valve set 600 is closed, finely pulverized in two layers, and goes down to the fermentation unit 730 to be fermented and dissipated. The inside is cleaned with water and drained.

To prevent odors from leaking out during fermentation, the ball valve set (600) is double blocked, the transfer separator (720) blocks the transfer port, and the silicone tube (727) installed at the end of the fermentation inlet (731a) prevents backflow of odors. Since it functions to block traffic, the present invention has a four-layer blocking structure.

The two fermentation units 730 of the food waste processor 700 alternately ferment and destroy food waste, and the contaminated water in the washing tank 110 is drained into the fermentation unit 730 without fermented substances, and the contaminated water with fermented substances is drained into the fermentation unit 730. The fermentation unit 730 is thoroughly cleaned by an automatic cleaning facility after fermentation quenching treatment, so there is no odor.

The case 100 is entirely formed in the shape of a rectangular parallelepiped to form the outer shape of the present invention, and a washing tank 110 is disposed inside the case 100 to provide a washing space for washing dishes and to collect food waste. Inside the washing tank 110, a dish stand 120 formed in a lattice structure is disposed. In the spare space inside the case 100, a drawer for storing ladles and spoons, a drawer-type spice container storage cabinet 130, etc. can be designed to store kitchen items.

The dish holder 120 is made of a round bar made of stainless steel, and includes a horizontal upper bar, a horizontal lower bar, and a plurality of vertical bars connecting the upper and lower bars. The horizontal upper bar and the horizontal lower bar are arranged horizontally in two stages so that work can be done by placing the movable work support plate 121 at the front and back of the washing tank 110 on the dish stand 120. A vibration-proof rubber is installed at the bottom of the vertical rod that touches the washing tank 110 to prevent vibration during washing. Holes of a size corresponding to the food inlet 111 are formed in the horizontal upper bar and the horizontal lower bar.

The work support plate 121 covers the upper part of the dish stand 120, allowing food ingredients to be placed and cleaning work, etc., and is made up of a set of four sides and is placed at the front and back of the washing tank 110. A handle groove is formed in the work support plate 121, and a hole of a size corresponding to the food inlet 111 is formed in the work support plate 121 disposed above the food inlet 111.

The upper door 200 is rotatably coupled to the top of the case 100 and opens and closes the upper part of the case 100. An electric cylinder 201 is connected to the upper door 200, and the upper door 200 can be opened and closed automatically according to the operation of the electric cylinder 201.

The middle plate 300 is disposed at the bottom of the washing tank 110, is coupled to transversely cross the inside of the case 100, and various parts are mounted thereon. The ball valve set 600 is disposed at the lower part of the washing tank 110 and coupled to the middle plate 300, and delivers food waste or contaminated washing water to the lower part.

The food waste disposer 700 is coupled to the lower part of the ball valve set 600 and food waste is pulverized and fermented. Food waste input into the food waste processor 700 is pulverized, fermented, liquefied, and discharged through the drain.

Figure 5 is a diagram showing each configuration of the upper door according to an embodiment of the present invention, and Figure 6 is a view showing the opening and closing shaft rod, the first track rod, the second track rod, and the connecting rod according to an embodiment of the present invention. It is a drawing, and Figure 7 is a side cross-sectional view showing a spray pipe coupled to a connecting rod according to an embodiment of the present invention, and Figure 8 is a water channel converter and a manual faucet combined according to an embodiment of the present invention. It is a side cross-sectional view showing the appearance, and Figure 9 is a front cross-sectional view of the upper bearing according to an embodiment of the present invention.

As shown, the opening and closing shaft rod 210, the first track rod 211 and the second track rod 212 are coupled to the upper door 200, and the opening and closing shaft rod 210 and the first track rod 211 And a connecting rod 220 is coupled to the second track rod 212, and a spray pipe 230 is coupled to this connecting rod 220. The upper case of the upper door 200 is designed with transparent tempered glass so that the reciprocating movement and cleaning process can be seen.

The opening/closing shaft rod 210 is coupled to the rear of the upper door 200 so as to transversely cross the upper door 200, and becomes a rotation axis that rotatably connects the upper door 200 to the case 100.

The first track rod 211 is disposed relatively forward of the opening and closing shaft rod 210 and is coupled to transversely cross the upper door 200, and the second track rod 212 is the first track rod 211. ) is placed relatively forward and is coupled to transversely cross the upper door 200.

Both ends of the first track bar 211 and the second track bar 212 are in the form of bolts and are fixed to the inner walls on both left and right sides of the upper door 200 with nuts. The first track rod 211 and the second track rod 212 are shorter than the opening and closing shaft rod 210 and are rods that hang the injection pipe 230 and the manual faucet 250 and allow them to reciprocate.

The connecting rod 220 is coupled to the opening and closing shaft rod 210, the first track rod 211, and the second track rod 212 so that it can move left and right. The connecting rod 220 is coupled to be perpendicular to the opening/closing shaft rod 210, the first track rod 211, and the second track rod 212. An injection pipe 230 is coupled to the lower part of the connecting rod 220, and the rear end of the connecting rod 220 is connected to the horizontal time belt 270.

The horizontal time belt 270 is arranged to cross the upper door 200 in the horizontal direction and moves the connecting rod 220 left and right. As the connecting rod 220 moves left and right, the injection pipe 230 also moves left and right. Reciprocating movement is possible.

The horizontal time belt 270 is connected to the vertical time belt 271 and receives operating force. The vertical time belt 271 is arranged longitudinally inside the case 100, and a time belt deceleration motor 272 is installed at the end of the vertical time belt 271 (see FIG. 2, etc.).

A plurality of nozzles 231 that spray washing water or hot air are formed in the spray pipe 230, and a manual faucet 250 is installed on one side of the spray pipe 230 so that it can rotate. The manual faucet (250) is used for simple hand washing of dishes, etc.

The rear end of the spray pipe 230 is connected to the water supply hose 260 to receive washing water or hot air. The water supply hose 260 is connected to a passage converter 500, which will be described later.

A water channel converter 240 is installed between the spray pipe 230 and the water supply hose 260 to change the water channel, and a manual faucet 250 is rotatably mounted on the water channel converter 240. In addition, an electromagnet 251 is coupled to the lower surface of the spray pipe 230 to fix the head of the manual faucet 250.

That is, as shown in FIG. 4, when the upper door 200 is closed, the manual faucet 250 is attached to the lower part of the spray pipe 230 by the water electromagnet 251, and as shown in FIG. 3, the upper door 200 is closed. When (200) is open, the manual faucet (250) can be removed from the spray pipe (230) and used.

The water channel converter 240, when the manual faucet 250 is attached to the spray pipe 230, wash water or hot air supplied through the water supply hose 260 is transmitted to the spray pipe 230 to use the nozzle 231. When the manual faucet 250 is away from the spray pipe 230, the passage on the spray pipe 230 is blocked so that the water supplied through the water supply hose 260 is delivered to the manual faucet 250. .

When the cold water button is pressed, cold water comes out from the manual faucet 250, and when the cold water button is pressed again, hot water comes out. By turning the turning levers on both sides of the head of the manual faucet (250) back and forth, the water volume can be adjusted by closing the water pipe hole.

In this way, the present invention embeds the manual faucet 250, which is conventionally installed on the top of the sink or on the wall, into the upper door 200 to prevent obstruction when opening and closing the upper door 200, and eliminates the need for automatic washing due to the small amount of dishwashing. In this case, you can open the upper door (200) and wash the dishes by hand using the manual faucet (250). If the items to be washed are not oily, you can select regular washing instead of ultrasonic cleaning. If the items to be washed contain strong contaminants such as grease, you can select regular washing instead of ultrasonic cleaning. In this case, ultrasonic cleaning can be selected.

As shown in FIG. 4, an upper bearing 280 is mounted at the rear of the upper door 200 and the rear of the case 100 through which the water supply hose 260 passes, so that the water supply hose 260 flows smoothly. Allow entry and exit.

When the water supply hose 260 connected to the injection pipe 230 reciprocates, the water supply hose 260 must be lowered to the middle plate 300 when the injection pipe 230 is located in the center, and the water supply hose 260 must be lowered to the middle plate 300 on the left and right sides. When moving to the end, the water supply hose 260 must follow and move, so an upper bearing 280 is installed to facilitate entry and exit.

As shown in Figure 9, the upper bearing 280 is a bearing case 281 in which a plurality of bearing beads 282 are embedded, and a bearing formed through the bearing case 281 through which the water supply hose 260 passes. Includes a passage port 283.

The bearing bead 282 is in contact with the outer surface of the water supply hose 260, and a portion of the bearing bead 282 is exposed to the outside through the bearing passage hole 283. At this time, the bearing passage port 283 is formed as a communication passage port 283a on one side of which has a diameter almost the same as the outer diameter of the water supply hose 260, and the other side is relatively larger than the outer diameter of the water supply hose 260. It is formed as a large passage hole (283b) with a large diameter and is asymmetrical. Accordingly, a difference occurs in the area of the bearing beads 282 exposed to the outside through the communication outlet 283a and the large through outlet 283b.

Figure 10 is a view showing a washing tank and a case according to an embodiment of the present invention as seen from above, and Figure 11 is a cross-sectional view showing an ultrasonic vibrator according to an embodiment of the present invention coupled to a washing tank.

As shown, the bottom surface of the washing tank 110 has a food inlet 111, a water collection hole 112, a pair of watering holes 113, and a plurality of vibrator holes 114 (eight in the illustrated embodiment). This is formed.

Food waste passes through the food waste inlet 111, and the passed food waste is delivered to the ball valve set 600 disposed at the bottom. The water collection pop-up 430 is mounted on the water collection hole 112, and the water collection pop-up 430 is connected to the water collection unit 400, which will be described later, and delivers water inside the washing tank 110 to the water collection tank 420.

A sprinkler 140 is mounted on the spray hole 113, and the mounted sprinkler 140 rotates and sprays water from the bottom of the dish holder 120 toward the top (see FIG. 2, etc.). An ultrasonic vibrator 150 is installed in the vibrator hole 114 to generate air bubbles (cavitation).

Specifically, the ultrasonic vibrator 150 includes a vibrator nut 151 inserted into the vibrator hole 114, a first piezoelectric ceramic 152 disposed below the vibrator nut 151, and a first piezoelectric ceramic 152. A first electrode terminal 153 disposed below, a second piezoelectric ceramic 154 disposed below the first electrode terminal 153, and a second electrode terminal disposed below the second piezoelectric ceramic 154 ( 155), a vibrator support 156 disposed below the second electrode terminal 155, a vibrator nut 151, a first piezoelectric ceramic 152, a first electrode terminal 153, and a second piezoelectric ceramic 154. , the second electrode terminal 155, the vibrator bolt 157 coupled through the vibrator support 156, is disposed on the upper surface of the bottom of the washing tank 110, and is connected to the bottom of the washing tank 110 through the vibrator bolt 157. It includes a vibrator head 158 that is in contact with and coupled to the vibrator nut 151, and a vibrator self-locking nut 159 that is disposed on the bottom surface of the washing tank 110 and is screwed to the outer surface of the vibrator nut 151. .

The vibrator nut 151 is formed in an annular shape, and the first piezoelectric ceramic 152 and the second piezoelectric ceramic 154 are also formed in an annular shape. The first electrode terminal 153 and the second electrode terminal 155 are arranged to face different directions.

The vibrator self-locking nut 159 is screwed to the outer surface of the vibrator nut 151, and as the vibrator self-locking nut 159 is tightened, the vibrator head 158 is more firmly fixed to the bottom of the washing tank 110. A plurality of annular grooves 158a and 159a are formed on the lower surface of the vibrator head 158 and the upper surface of the vibrator self-locking nut 159 so that O-rings, etc. can be mounted.

Looking at the assembly method of the ultrasonic vibrator 150 according to the present invention, first, the vibrator nut 151, the first piezoelectric ceramic 152, the first electrode terminal 153, the second piezoelectric ceramic 154, and the second electrode terminal. (155), the vibrator unit consisting of the vibrator support 156 and the vibrator head 158 are aligned with the vibrator hole 114 and tightened with the vibrator bolt 157. Next, just tighten the vibrator self-locking nut (159) to the outer surface of the vibrator nut (151) so that the order is certain without any problems with vibration. As such, the present invention differs from the prior art in that the ultrasonic transducer 150 can be assembled on site.

About 28,000 (28 kHz) air bubbles (cavitation) generated from the ultrasonic vibrator 150 fly at a speed of 400 km per hour and burst when they hit the contaminated dishes, generating a high temperature of 4,700 degrees Celsius and a pressure of 10,000 atm, melting and decomposing the contaminants. After draining, detergent is sprayed and washed alternately by the reciprocating nozzle 231 installed on the upper door 200 and the sprinkler 140 installed at the bottom of the washing tank 110, and then the washed dishes are washed with strong hot air. Sterilize and dry. This method is effective in increasing cleaning and sterilizing power and eliminating cleaning blind spots.

In this way, the present invention can wash dishes in three modes: hand washing using a manual faucet 250, general washing using only the nozzle 231 and the sprinkler 140, and ultrasonic washing using the ultrasonic vibrator 150. there is.

In general cleaning, water is collected in the water collection tank (420) without using ultrasonic waves, and the washing water is drained through the drain pop-up (440) after repeated use. In ultrasonic cleaning, the cleaning tank (110) is filled with water and contaminants are separated by ultrasonic waves. After doing so, the washing water is drained through the ball valve set 600 and fermentation unit 730, which will be described later. In general cleaning or ultrasonic cleaning, the process of using detergent, spraying (water spray), and hot air drying is the same.

Figure 12 is a plan view exemplarily showing parts installed in the middle ground plate according to an embodiment of the present invention, Figure 13 is a cross-sectional view showing the water collector according to an embodiment of the present invention, and Figure 14 is a longitudinal cross-sectional view showing a water collection pop-up according to an embodiment of the present invention, and Figure 15 is a cross-sectional view showing a drainage pop-up according to an embodiment of the present invention.

As shown, the middle zone plate 300 includes a time belt reduction motor 272, a water collection unit 400, a water supply motor pump 310, a passage converter 500, a detergent unit 320, and a ball valve set ( Various parts such as 600) and food valve 330 are installed.

As described above, the time belt deceleration motor 272 operates the vertical time belt 271, which causes the horizontal time belt 270 to operate so that the injection pipe 230 in which the nozzle 231 is formed reciprocates left and right. move

The water collection unit 400 is disposed at the lower part of the washing tank 110 and is connected to the washing tank 110 through the water collection pop-up 430. In general cleaning that does not use ultrasonic waves, water is collected in the water collection unit 400 and washed repeatedly, thereby saving water.

The water supply motor pump 310 is connected to the water collection unit 400 and the water inlet 311 and has a blowing function. The passage converter 500 is connected to the water supply motor pump 310 and the water outlet 315, and supplies washing water or hot air to either the water supply hose 260 or the sprinkler 140. The detergent unit 320 injects detergent into the water outlet 315.

The ball valve set 600 delivers food waste or contaminated washing water to the lower part, and a food waste disposer 700 is installed at the lower part of the ball valve set 600. The food valve 330 consists of a three-port valve, one of which is connected to the grinding unit 710, which will be described later, to supply water during grinding, and the remaining two ports are connected to the fermentation unit 730, which will be described later, to supply water when cleaning the fermentation unit. do.

Specifically, the water collection unit 400 is connected to the water supply valve 410, receives water, and supplies water in the direction of the water supply motor pump 310 through the water inlet 311. ) is mounted on the pop-up water collection port 421 formed on the upper surface of the water collection pop-up 430, which connects the washing tank 110 and the water collection tank 420, to the pop-up drain 422 formed on the lower surface of the water collection tank 420. The installed drain pop-up (440) is connected through the water collection pop-up (430) and the water collection connecting rod (451), and the water collection solenoid (450) that operates the water collection pop-up (430), and the drainage pop-up (440) and the drainage connecting rod (461). It includes a drain solenoid 460 that is connected to operate the drain pop-up 440.

In normal washing, the water collection pop-up 430 is open and the drain pop-up 440 is closed. When discharging the contaminated water inside the water collection tank 420, the water collection pop-up 430 is closed and the drainage pop-up 440 is open. However, when emergency drainage is required due to a failure of the ball valve set (600) or when two fermentation tanks are fermenting, the drainage pop-up (440) can be opened by pressing the button even if the water collection pop-up (430) is open. .

The water collection pop-up 430 has an upper part coupled to the bottom of the washing tank 110, a lower part coupled to the pop-up water collection port 421 of the water collection tank 420, and a water collection pipe 431 with a space formed inside, a water collection pipe ( A water collection cylinder 432 mounted to be movable up and down inside the water collection cylinder 431), a water collection head 433 coupled to the upper part of the water collection cylinder 432 to shield the water inside the washing tank 110, and the water collection cylinder 432. The annular water collection passage body 434 coupled between the outer surface and the inner surface of the water collection pipe 431, the water collection piston 435 fixedly coupled to the inside of the water collection cylinder 432, and the outer surface of the water collection cylinder 432. It includes a water collection cylinder connection portion 438 that is coupled to operate the water collection cylinder 432.

At this time, a water collecting spring 436 is coupled to the upper part of the water collecting piston 435 and is disposed between the upper inner surface of the water collecting cylinder 432 and the upper outer surface of the water collecting piston 435. In addition, inside the water collecting piston 435, a water collecting ball (437a) and a water collecting ball spring (437) that provide elastic force to the water collecting ball (437a) are installed in the transverse direction, and the water collecting ball (437a) moves toward the water collecting piston by elastic force. It may protrude to the outside of (435).

A first water collection seating hole 432a and a second water collection seating hole 432b are formed in the water collection cylinder 432 corresponding to the position of the water collection ball 437a. When the water collection cylinder 432 moves upward and the water collection head 433 is opened, the water collection ball 437a is inserted into the second water collection seating hole 432b disposed at a relatively lower position, and the water collection cylinder 432 When the water collection head 433 is closed by moving downward, the water collection ball 437a is inserted into the first water collection seating hole 432a disposed at a relatively higher position.

The water collection cylinder connection part 438 is composed of an annular water collection connection body 438a screwed to the outer surface of the water collection cylinder 432 and a water collection connection bolt 438b inserted into the lower part of the water collection connection body 438a. . The water sump connecting bolt 438b is connected to the water sump connecting rod 451, and the water sump connecting rod 451 is connected to the water sump solenoid 450.

When the rod of the water collection solenoid (450) is raised according to the program for water collection, the water collection connecting rod (451) rotates to push up the water collection cylinder (432), and the water collection ball (437a) of the fixed water collection piston (435) is moved to the second water collection seating hole. When seated in (432b), the water collection head (433) is completely opened.

In a general pop-up, the piston moves in a straight line, but the sump pop-up according to the present invention is different in that the sump piston 435 is fixed and the sump cylinder 432 moves in a straight line.

The drain pop-up 440 is coupled to the pop-up drain 422 of the water collection tank 420 and includes a drain pipe 441 with a space formed therein, and a drain cylinder mounted to be movable up and down inside the drain pipe 441. (442), a drain head (443) coupled to the upper part of the drain cylinder (442) to shield the water inside the water collection tank (420), a drain piston (444) fixedly coupled to the inside of the drain cylinder (442), a drain piston It includes a drain piston fixture 447 that fixes (444) and a drain head connection portion 448 that is coupled to the upper part of the drain head 443 and operates the drain head 443.

At this time, a drain spring 445 is coupled to the upper part of the drain piston 444 and is disposed between the upper inner surface of the drain cylinder 442 and the upper outer surface of the drain piston 444. In addition, inside the drain piston 444, a drain ball 446a and a drain ball spring 446 that provide elastic force to the drain ball 446a are installed in the transverse direction, and the drain ball 446a moves toward the drain piston by elastic force. It may protrude to the outside of (444).

A first drain seating hole 442a and a second drain seating hole 442b are formed in the drain cylinder 442 corresponding to the position of the drain ball 446a. When the drain head 443 moves upward and the drain head 443 is opened, the drain ball 446a is inserted into the second drain seating hole 442b disposed at a relatively lower position, and the drain head 443 When moves downward and the drain head 443 is closed, the drain ball 446a is inserted into the first drain seating hole 442a disposed at a relatively higher position.

The drain head connection part 448 is connected to the drain connecting rod 461, and the drain connecting rod 461 is connected to the drain solenoid 460.

When the rod of the drain solenoid 460 is raised according to the program for drainage, the drain connecting rod 461 rotates to raise the drain head connection part 448, and the drain ball 446a of the fixed drain piston 444 settles the second drain. When seated in the hole 442b, the drain head 443 is completely opened.

Figure 16 is a right side view showing the water supply motor pump according to an embodiment of the present invention, Figure 17 is a side view showing the detergent unit according to an embodiment of the present invention, and Figure 18 is an embodiment of the present invention. It is a plan view showing the passage converter according to an embodiment, Figure 19 is a cross-sectional view showing the passage converter according to an embodiment of the present invention, and Figure 20 is a view of the passage rotating part according to an embodiment of the present invention. This is a side view showing.

As shown in FIG. 12, the water supply motor pump 310 is connected through the water collection tank 420 and the water inlet 311 of the water collection unit 400, and is connected through the passage converter 500 and the water outlet 315. do. A blowing blade 312 with a strong blowing function, rather than a typical pump blade, is mounted on the side of the water supply motor pump 310.

The water inlet 311 is placed right above the center line of the blowing blade 312, and the water outlet 315 is located on the top line of the blowing blade 312, so that high-pressure washing water and hot air are generated due to high-speed rotation.

An intake port 313 is formed on the water inlet 311 side of the water supply motor pump 310, and an intake valve 314 is installed at this intake port 313 to prevent backflow, so that the intake valve 314 operates when the blowing blade 312 is operated. (314) opens to allow outside air to be sucked in.

The detergent unit 320 includes a detergent container 321 in which detergent is accommodated, a detergent solenoid 322 mounted on the upper part of the detergent container 321, and a detergent inlet 323 connected to the end of the detergent solenoid 322. .

The detergent inlet 323 is connected to the water outlet 315 of the water supply motor pump 310, and when the detergent solenoid 322 is activated, the detergent contained in the detergent container 321 is pumped and sprayed in the direction of the water supply motor pump 310. do. That is, the water supply motor pump 310 functions as a water pump, a blower, and a detergent input function.

A detergent replenishment port 324 is formed on the upper surface of the detergent container 321 (see FIG. 12, etc.), and detergent is refilled through the washing tank 110 in the part that touches the washing tank 110 when the upper door 200 is closed. Make a hole in the part so that a funnel can be inserted and refilled.

As shown in FIG. 12, the passage converter 500 is connected to the water outlet 315 of the water supply motor pump 310, and includes a water supply connection port 511, a first sprinkler connector 512, and a second sprinkler connector ( 513).

The passage converter 500 reduces the number of blowouts by creating a time difference between the time it supplies washing water and hot air to the sprinkler 140 at the bottom of the washing tank 110 and the time it supplies it to the nozzle 231 of the upper door 200. As a result, the spray pressure can be strengthened to increase cleaning and drying power.

Specifically, the passage converter 500 includes a passage conversion case 510 with a space formed therein, a passage rotating unit 520 rotatably mounted inside the passage conversion case 510, and the inside of the passage conversion case 510. It is built in and includes a heater 530 that heats the supplied washing water or hot air.

A passage rotation motor 540 is coupled to the upper surface of the passage converter 500 to rotate the passage rotation unit 520, and the passage rotation motor 540 includes a passage touch rod ( 541) is coupled, and a pair of passage switches 542 are installed so that the passage touch rod 541 can be contacted.

The passage rotating part 520 is formed in a cylindrical shape with an empty interior, and includes a water supply air opening and closing part 521 that opens and closes the water supply and air connection port 511, a first water supply opening and closing part 522 that opens and closes the first water supply connector 512, and It is provided with a second water spray opening/closing unit (523) that opens and closes the second water spray connector (513).

When the passage rotating part 520 is rotated 20 degrees to the right in the state shown in FIG. 12, the water supply connection port 511 is closed, and washing water or hot air is ejected in the direction of the sprinkler 140, and the passage rotating part 520 When rotated 40 degrees to the right, the first water spray connector 512 and the second water spray connector 513 are closed, and washing water or hot air is ejected in the direction of the upper door 200.

Figure 21 is a cross-sectional view showing a ball valve set according to an embodiment of the present invention.

As shown, the ball valve set 600 is accommodated in the ball valve body 610, which is connected to the food inlet 111 formed on the bottom of the washing tank 110, and holds the food waste in the center. A ball valve ball 620 through which a passage hole 621 is formed and a ball valve motor 630 connected to the ball valve ball 620 to rotate the ball valve ball 620 to open or close the inside of the ball valve body 610. ) includes.

The upper end of the ball valve body 610 is coupled to the washing tank 110, and the lower end is coupled to the grinding unit 710 of the food waste disposer 700, which will be described later. The ball valve motor 630 rotates the ball valve ball 620 by 90° to open or close the inside of the ball valve body 610. The ball valve motor 630 and the ball valve ball 620 are connected by a ball valve connector 631.

When the ball valve body 610 is opened by the ball valve ball 620, food waste and washing water are delivered to the food waste disposer 700, and when the ball valve body 610 is closed by the ball valve ball 620, food waste and washing water are delivered to the food waste disposer 700. When the dishes are washed in the washing tank 110, the washing process is carried out.

At this time, the ball valve ball 620 preferably has an oval cross-section in which the length in the left and right directions is relatively longer than the length in the vertical direction.

Conventional ball valve balls are made of circular spheres with the same top, bottom, left, and right diameters, so there was a problem that the depth of the washing tank and the height of the fermentation section were relatively reduced because the top and bottom heights of the assembled ball valve set were large.

The ball valve ball 620 according to the present invention is made into an oval sphere with a small top and bottom height and an elongated left and right side to block the passage. This reduces the top and bottom height of the ball valve set 600, thereby reducing the depth of the washing tank 110 and the fermentation section ( 730) The height can be maintained stably. In this way, the height of the finished product can be adjusted to the height of the kitchen furniture top.

The ball valve set 600 automatically opens and closes when the upper door 200 is opened and closed for cleaning or food processing. In addition, regardless of the opening and closing of the upper door 200, if there is a large amount of food waste, it is necessary to forcibly open the ball valve set 600 and operate the crusher 710, so press the button to open the ball valve set 600. You can open it.

Figure 22 is a plan view showing the food waste disposer according to an embodiment of the present invention, Figure 23 is a perspective view showing the grinding part of the food waste disposer according to an embodiment of the present invention, and Figure 24 is a view of the food waste disposer of Figure 23. This is a cross-sectional view along line A-A'.

The food waste processor 700 according to the present invention is connected to the ball valve body 610, into which food waste is input, and is connected to a grinding unit 710, which grinds the input food waste twice, and a grinding unit 710. It includes a transport separator 720 that distributes the pulverized food waste, and one or more fermentation units 730 disposed below the transport separator 720 to ferment and liquefy the distributed food waste.

The grinding unit 710 is composed of a first grinding chamber 711, a cutter 712, a fixed grinder 713, and a rotary grinder 714, and grinds the food waste input from the washing tank 110 twice. It serves to deliver it to the transfer separator (720).

Inside the first grinding chamber 711, a plurality of fixed grinding blades 711a spaced apart from each other are fixedly installed, and inside the first grinding chamber 711, a rotating shaft of the grinder motor 715 is disposed below. A disk-shaped cutter 712 that is connected to and can rotate and has a plurality of cutting blades 712a and through holes 712b is installed.

In the illustrated embodiment, a plurality of fixed grinding blades 711a coupled to the first grinding chamber 711 are spaced apart at regular intervals, and some are bent at 90° and the remaining parts are formed in the form of straight plates. It is formed.

The cutter 712 is formed in an overall disk shape and has a plurality of cutting blades 712a obliquely protruding from the surface and a plurality of through holes 712b penetrating the surface.

The number of cutting blades 712a may vary depending on the purpose of the food waste processor, the rotational force of the grinder motor 715, etc. In the illustrated embodiment, it is formed of three small cutting blades and three large cutting blades.

The food waste introduced into the first crushing chamber 711 is initially finely pulverized by the fixed crushing blade 711a and the cutting blade 712a of the cutter 712, and is sent to the bottom through the hole 712b of the cutter 712. is discharged. A fixed grinder 713 is coupled to the lower part of the first grinding chamber 711 and primary pulverized food waste is input, and inside the fixed grinder 713 is a rotatable rotary device connected to the rotation axis of the grinder motor 715. A grinder 714 is installed.

A plurality of spaced apart uneven fixing protrusions 713a are formed on the lower inner peripheral surface of the fixed grinder 713, and a plurality of waste discharge holes 713b are formed penetrating the upper part of the fixed grinder 713.

The fixed grinder 713 can be formed in various shapes depending on the shape of the rotary grinder, the shape of the first grinding chamber, and the processing capacity of the food waste to be ground. In the illustrated embodiment, the diameter gradually increases from the top to the bottom. It is formed in the shape of a smaller funnel and has a structure in which food waste can easily be concentrated at the bottom.

The uneven-shaped fixed protrusion 713a is arranged radially from the center of the fixed grinder 713, that is, the bottom of the fixed grinder 713, and increases as it moves toward the outside of the fixed grinder 713, that is, the top of the fixed grinder 713. It has a shape that gradually becomes wider.

In addition, the plurality of fixed protrusions 713a are all bent in a certain direction (counterclockwise in the illustrated embodiment) with respect to the center of the fixed grinder 713, forming an overall swirl shape.

The dirt discharge port 713b formed at the top of the fixed grinder 713 is formed to penetrate the upper circumference of the fixed grinder 713 in the horizontal direction and is formed through the fixed protrusion 713a of the fixed grinder 713 and the rotary grinder 714. ) serves to discharge secondary pulverized food waste by the rotating protrusion 714a.

The rotary grinder 714 has a diamond-shaped side cross-section, and a plurality of spaced apart rotary protrusions 714a are formed in the lower part of the diamond-shaped rotary grinder 714. In this way, the rotary grinder 714 is formed in a diamond shape, and the upper part of the rotary grinder 714 is formed in a smooth shape without the rotary protrusion 714a being combined, so it is easier to dispose of food waste input into the fixed grinder 713. It may be crowded between the rotating protrusion 714a disposed at the lower part of the rotary grinder 714 and the fixed protrusion 713a of the fixed grinder 713.

In the illustrated embodiment, the rotating protrusion 714a, like the fixed protrusion 713a of the fixed grinder 713, is disposed radially from the lower part of the rotary grinder 714 and increases from the lower part of the rotary grinder 714 to the upper part. It has a shape that gradually becomes wider.

The rotating protrusions 714a are all bent in a certain direction with respect to the bottom of the rotating grinder 714, forming an overall swirl shape. In this way, by setting the bending direction of the fixed protrusion 713a and the bending direction of the rotating protrusion 714a to be opposite, the pulverizing power of the food waste that is pulverized twice can be further increased.

That is, the food waste introduced through the first crushing chamber 711 is first pulverized by the fixed crushing blade 711a of the first crushing chamber 711 and the cutting blade 712a of the cutter 712 and then crushed by the cutter ( It is transmitted to the lower part through the through hole 712b of the fixed grinder 713 and is secondarily pulverized by the fixed protrusion 713a of the fixed grinder 713 and the rotating protrusion 714a of the rotary grinder 714 to remove the dirt of the fixed grinder 713. After being discharged through the outlet (713b), it is delivered to the transfer separator 720, and is dropped into one of the two fermentation units 730 by the transfer separator 720.

A water supply pipe connected to one port of the above-mentioned food valve 330 is installed on the outside of the grinding unit 710. According to the control system, water is automatically supplied until 20 seconds after grinding, so that the ground product is inside the fermentation unit 730. It is completely inserted and the inside of the grinding unit 710 is cleaned.

Figure 25 is a plan view showing the transfer separator according to an embodiment of the present invention, and Figure 26 is a plan view showing the transfer separator according to an embodiment of the present invention.

The transport separator 720 serves to distribute the food waste that has been pulverized twice by the grinding unit 710 to one of the two fermentation units 730, and allows the two fermentation units 730 to be used efficiently. This significantly increases the food waste processing capacity and significantly reduces the problem of delayed fermentation time.

As shown, the transfer separator 720 is connected to the grinding unit 710 through a transfer inlet 721a formed on one side, and the transfer main body includes a first transfer pipe 721b and a second transfer pipe 721c. It includes (721) and a transfer separator plate (722) installed inside the transfer body (721) to be rotatable through a transfer rotation motor (723).

The transfer separator 722 is connected to the first transfer pipe 721b or the first transfer pipe 721b toward the empty fermentation unit 730 by the limit switch of the transfer separator 720 that receives a signal from the water level sensor of the fermentation unit 730 where fermentation is in progress. 2Open the transfer pipe (721c).

The transfer main body 721 has a transfer inlet 721a, a first transfer pipe 721b, and a second transfer pipe 721c extending in a trivet shape, and the first transfer pipe 721b has two It communicates with one of the fermentation units 730, and the second transfer pipe 721c communicates with the other one of the two fermentation units 730.

A transfer drain pipe 726 is coupled to the sides of the first transfer pipe 721b and the second transfer pipe 721c, respectively, and the transfer drain pipe 726 is connected to the main drain pipe 160. Solids delivered to the first transfer pipe 721b and the second transfer pipe 721c enter the fermentation unit 730, and excessive water is drained through the transfer drain pipe 726 and the main drain pipe 160 ( 1, etc.).

In addition, sockets are installed at the ends of the first transfer pipe 721b and the second transfer pipe 721c that penetrate into the fermentation unit 730, so that the silicone tube is open when pulverized food is transferred and closed when there is no transfer. (727) can be inserted to prevent the fermentation smell from flowing back toward the grinding unit 710 (see FIG. 4, etc.).

The transfer separation plate 722 is divided into a transfer communication part 722a and a transfer closure part 722b, and the transfer communication part 722a is directed toward the first transfer pipe 721b or the second transfer pipe 721c. When rotated, food waste is discharged through the first transfer pipe 721b or the second transfer pipe 721c. The size and angle of the communicating part and the closing part of the transfer separation plate 722 are set to a size and angle that can properly open and close the inlet of the fermentation unit 730.

In the transfer separator 720, a pair of transfer switches 725 are each mounted on a portion adjacent to the first transfer pipe 721b and the second transfer pipe 721c, and a transfer switch 725 is installed on the upper part of the transfer separator 722. The transfer touch rod 724, which rotates with the separation plate 722 and contacts the transfer switch 725, is coupled.

That is, when the food waste is crushed and the transfer rotation motor 723 rotates in the forward direction according to the signal from the transfer switch 725, the food waste is discharged to one of the fermentation units 730, and the transfer rotation motor 723 rotates in the reverse direction. When rotated, food waste is discharged to the remaining one of the fermentation units (730).

Figure 27 is a front view showing the fermentation unit according to an embodiment of the present invention, Figure 28 is a cross-sectional view showing the fermentation unit according to an embodiment of the present invention, and Figure 29 is an embodiment of the present invention. It is a left side view showing the fermentation unit according to an embodiment, and Figure 30 is a right side view showing the fermentation unit according to an embodiment of the present invention.

As shown, the fermentation unit 730 consists of two parts, ferments and liquefies the food waste delivered from the grinding unit 710 and the transfer separator 720, and flows it to the main drain pipe 160. When fermentation is performed in one of the two fermentation units 730, the other one is responsible for draining the contaminated washing water.

A stirrer 732 is rotatably coupled to the inside of the fermentation body 731. The stirrer 732 is connected to the stirring rotation motor 733 and can rotate on its axis, and includes three blades 732a and a fermentation liquid case 732b. The stirrers 732 mounted on the fermentation body 731 rotate in opposite directions.

A spray pipe 734 is installed at the inner top of the fermentation body 731 to spray water into the fermentation body 731. The water pipe 734 is formed in a cross shape and is connected to the remaining two of the three valves of the food valve 330 (see FIG. 22, etc.). After the food waste is fermented and liquefied, it is cleaned with water introduced through the water pipe 734, and the drain opener 800 is opened and drained.

A silicone tube 727 is installed at the end of the first transfer pipe 721b or the second transfer pipe 721c inserted into the fermentation inlet 731a, which is open when food is transferred and closed when there is no transfer, so that the fermentation smell is removed. It has the primary function of blocking backflow.

A drain opener 800 is installed in the fermentation drain 735 formed in the lower part of the fermentation body 731. The drain switch 800 is mounted on the outside of the fermentation body 731 and opens and closes the fermentation drain 735 to prevent excessive drainage of food waste solids inside the fermentation body 731.

Figure 31 is a plan view showing a drain opening and closing device according to an embodiment of the present invention, Figure 32 is a cross-sectional view showing a drain passage opening and closing portion according to an embodiment of the present invention, and Figure 33 is an embodiment of the present invention. It is a plan view showing the drain block according to an embodiment, Figure 34 is a side view showing a closed state of the drain opener according to an embodiment of the present invention, and Figure 35 is a drain opener according to an embodiment of the present invention. This is a side view showing the open appearance.

According to the Sewerage Act, the food waste processor 700 can discharge less than 20% of food waste solids into the sewer, so a drain opener (800) is installed at the fermentation drain 735 to prevent the pulverized material introduced into the fermentation unit 730 from escaping into the sewer. ) is installed.

As shown, the drain open/close device 800 is rotatably mounted inside the drain open/close body 810, which is connected to the fermentation drain 735, and drain open/close body 810. A drain passage opening and closing unit 820 for opening and closing, a drainage opening and closing rotation motor 830 installed on the top of the drainage opening and closing body 810 to rotate the drainage passage opening and closing unit 820, and a drainage opening and closing rotation motor 830 connected to the drainage passage opening and closing unit. It is connected to the rotatable drain touch rod 831 and the drain open/close rotation motor 830 together with (820) and includes a drain block 840 that opens and closes the front of the fermentation drain 735.

The drain passage opening and closing part 820 is divided into a drainage communication part 821 and a drainage closing part 822, and when the drainage communication part 821 is arranged in a direction parallel to the fermentation drain 735, the drain opening and closing body 810 It is opened, and the drain opening/closing body 810 is closed when the drain communication port is disposed in a direction perpendicular to the fermentation drain 735.

The drain stopper 840 functions to prevent the fermentation drain 735 from being clogged because the pulverized material before fermentation can rush in at once and close the fermentation drain 735.

Specifically, the drain stopper 840 includes a snail-shaped stopper rotating body 841 that is connected to the drain opening and closing rotation motor 830 and can be rotated together with the drain passage opening and closing part 820, and a stopper receptor 842 is formed at one end to block the stopper. It is accommodated on the path 841a of the rotating body 841, the other end of which enters the inside of the fermentation body 731, and is coupled to the other end of the stopper connecting rod 843 and the stopper connecting rod 843, which can move back and forth, and the fermentation drain 735. It includes a curtain opening and closing unit 844 that opens and closes the front.

The stopper rotating body 841 is formed in a snail shape with a path 841a formed in a direction gradually moving away from the central axis. Accordingly, when the drain opening/closing rotary motor 830 rotates in one direction, the stopper rotating body 841 rotates. When the stopper receptor 842 is pushed out and the stopper opening/closing part 844 is separated from the fermentation drain 735, the fermentation drain 735 is opened, and the drain open/close rotation motor 830 rotates in the other direction, the stopper rotor 841 Rotates and pulls the stopper receptor 842, and the stopper opening/closing part 844 comes into close contact with the fermentation drain 735, thereby closing the fermentation drain 735.

As shown in FIG. 35, when the drain open/close rotation motor 830 rotates clockwise and is stopped by the drain open/close switch 832, it rotates in the same direction as the snail-type stopper rotating body 841 and pushes the stopper opening/closing unit 844. The drain switch 800 is opened and the fermentation drain 735 is opened.

As shown in Figure 34, when the drain opening/closing rotation motor 830 rotates counterclockwise, the stopper opening/closing part 844 is pulled to primarily block the fermentation drain 735, and the drain open/closing device 800 is also closed to open the fermentation drain 735. is completely closed. In other words, by operating the drain stopper 840, it is possible to prevent the fermentation drain 735 from being blocked by pulverized matter.

The fermentation drain 735 is connected to the main drain pipe 160 and discharges the fermented liquefied water to the outside. The main drain pipe 160 gathers the overflow hose 161, the transfer drain pipe 726 of the transfer separator 720, the drain hose connected to the drain pop-up 440 of the water collection unit 400, and the fermentation drain 735. It is a pipe that drains water.

As shown in FIG. 4, etc., the overflow hose 161 of the washing tank 110 is composed of a hose that drains excess water in the washing tank 110 and an exhaust hose that exhausts water vapor and heat generated when drying dishes. The drain hose is connected to the main drain pipe 160, and the exhaust hose is connected to the exhaust port on the rear exterior panel of the upper door 200. The drain hose of the overflow hose 161 and the drain hose connected to the drain pop-up 440 of the water collection unit 400 are hoses with an S trap and are devices that block the backflow of odors in the sewer pipe.

Meanwhile, as shown in FIGS. 1 and 10, an operation touch button unit 170 is installed at the top of the case 100. The operation touch button unit 170 has several function buttons such as power. Pressing the button once activates the function of the letters above the operation touch button 170, and pressing it twice activates the function of the letters below the operation touch button 170, and the operation function is displayed on the LCD window located in the center.

The operation touch button unit 170 consists of a dishwasher, LCD window, food waste disposer, ball valve set, storage cabinet, and water purifier operation button unit from the left.

There are six dishwasher buttons: (1) Power / (2) Open, Close / (3) Normal, Ultrasonic / (4) Start, Stop / (5) Cold Water, Hot Water / (6) Breeze, Hot Air. The power button functions to turn the power on and off. The upper door (200) automatically opens and closes when the door button is pressed once, it is displayed as open on the LCD window, and when it is pressed again, it is displayed as closed on the LCD window and then closed. It is automatically opened and closed by the electric cylinder (201).

Cleaning is divided into general cleaning and ultrasonic cleaning. For dishwashing, after discarding food waste into the food waste inlet 111, place the dishes immediately, and then press the close button to close the upper door 200 and the ball valve set 600. When you press the general button once, water enters the water collection unit 400 according to a programmed process, and the electric heater 530 and the water supply motor pump 310 are operated to remove contaminants from the dishes with hot steam and water. ) Draining, adding detergent, repeated rinsing, draining the water collector (400) and ball valve set (600), washing with clean water, and drying. After the above general washing, the end music is played.

When performing ultrasonic cleaning rather than general cleaning, pressing the ultrasonic button twice causes water to enter the cleaning tank 110 through the water collection unit 400 according to a programmed process, and the ultrasonic oscillator 150 operates to decompose contaminants. Afterwards, it is drained through the ball valve set (600). Next, the water supply motor pump 310 is operated and rinsing and draining are repeated, followed by a final clean water washing, draining, and drying process. After the above ultrasonic cleaning, ending music is played.

When the detergent is injected into the outlet 315 of the water supply motor pump 310 through the detergent solenoid 322 according to the program process, it is sprayed along with the washing water, washed by the washing water in the water collection unit 400, and then dried by hot air.

For water supply, the water supply valve 410 opens according to a program to supply a certain amount of water. The certain amount is controlled by a flow sensor attached to the water supply valve 410. The hot water production of the electric heater 530 is heated simultaneously with the operation of the water supply motor pump 310 after water supply is completed, and the constant temperature is controlled by a temperature sensor. After washing for a certain period of time, the wastewater is drained through the water collection unit 400 or the ball valve set 600, and when the water level sensor sends a signal, the drainage is completed. When an operation is in progress, operating conditions such as "door open", "door closed", "water supply", "rinsing", "draining", "drying", and "shutdown" are displayed on the LCD window.

When light air is supplied, only the blowing blade 312 operates, and when hot air is supplied, the heater 530 and the blowing blade 312 operate. Drying according to the program is done with hot air. If you want to dry with a breeze, just press the breeze button once. This cleaning process is operated by a program. When using a manual faucet (250), press the cold water button, and when using hot water in winter, press the hot water button once more.

The food waste disposer operation buttons are (1) start, stop / (2) cleaning, reservation / (3) ball valve open, close / (4) upper cabinet open, close / (5) upper cabinet open, close / (6) water purifier purification 6 There is a dog.

When food waste enters the grinding unit 710 through the food inlet 111, it is transported to the fermentation unit 730 in a double finely pulverized state. During transport, excess water is drained through the transfer drain pipe and the fermentation unit 730 The solids that have entered the fermentation are extinguished, and then the inside of the fermentation unit 730 is washed and drained through the water from the water spray pipe 734.

The food waste disposer 700 can be operated simultaneously or separately from the dishwasher. When food waste is frequently generated, it is automatically introduced alternately into the two fermentation units 730 and is designed to dissipate the fermentation within the shortest time under optimal fermentation conditions.

Looking at the control process of the fermentation unit 730, there are fermentation A and fermentation B on the LCD window. Open the upper door 200, put in food waste, close the upper door 200, and press the start/stop button. When the grinding unit 710 is activated, one of the food waste valves 330 opens and 20 seconds have passed after grinding is completed. Water is supplied until

The food transfer separator 720 is open toward fermentation tank A, so the first pulverized material is put into fermentation tank A for 10 seconds, and then the transfer switch 725 blocks inlet A and opens inlet B. The second pulverized material is put into fermentation vessel B. In order to maintain moisture suitable for fermentation, the drain switch 800 is closed and the stirring rotation motor 733 is operated to rotate the stirrer 732.

If water is insufficient while fermentation is in progress, the water supply valve 410 is operated only once to supply water. When fermentation is completed, one of the food valves 330 is opened, water is sprayed from the water pipe 734 for 10 seconds, and while the water is cleaned, the drain switch 800 is opened and drained. When the drain opener (800) is closed, ending music is played.

The fermentation unit 730 or grinding unit 710 is operated with the ball valve set 600 closed. If additional food waste needs to be added, open the ball valve by pressing the open button, then input the waste, crush it, and ferment it. Use the ball valve button when extinguishing.

Since the upper storage cabinet may have several doors, two open and close buttons were installed. The upper door 200 is open as designed. The water purifier button is used when installing a small water purifier.

The upper door 200 of the present invention opens and closes like a laptop, so when the upper door 200 is opened, the glass surface at the top of the upper door 200 is separated from the kitchen wall by about 5 cm and the end of the door width is about 15 cm. In order to offset the disharmony of the space due to this, the kitchen wall is designed as per the design.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and it is commonly known in the technical field to which the present invention pertains that various substitutions, modifications, and changes can be made without departing from the technical spirit of the present invention. It will be clear to those who have the knowledge of.

100: Case 110: Washing tank 111: Food inlet
112: water collection hole 113: watering hole 114: vibrator hole
120: Dish stand 121: Work support plate 130: Spice container storage cabinet
140: Sprinkling repeller 150: Ultrasonic vibrator 151: Vibrator nut
152: first piezoelectric ceramic 153: first electrode terminal 154: second piezoelectric ceramic
155: Second electrode terminal 156: Vibrator support 157: Vibrator bolt
158: Vibrator head 158a: Annular groove 159: Vibrator self-locking nut
159a: Annular groove 160: Main drain pipe 161: Overflow hose
170: Operation touch button 200: Upper door 201: Electric cylinder
210: Opening/closing shaft rod 211: First track rod 212: Second track rod
220: Connecting rod 230: Injection pipe 231: Nozzle
240: Water transducer 250: Manual faucet 251: Water electromagnet
260: Water supply hose 270: Horizontal time belt 271: Vertical time belt
272: Time belt reduction motor 280: Upper bearing 281: Bearing case
282: Bearing bead 283: Bearing passage port 283a: Communication passage port
283b: Grand passage 300: Middle plate 310: Water supply motor pump
311: Inlet 312: Blowing blade 313: Intake port
314: intake valve 315: water outlet 320: detergent unit
321: Detergent container 322: Detergent solenoid 323: Detergent inlet
324: Detergent refill port 330: Food valve 400: Water collection unit
410: Water valve 420: Water sump 421: Pop-up water sump
422: Pop-up drain 430: Water collection pop-up 431: Water collection pipe
432: water collection cylinder 432a: first water collection and seating hole 432b: second water collection and seating hole
433: Water collection head 434: Water collection passage body 435: Water collection piston
436: water catch spring 437: water catch ball spring 437a: water catch ball
438: water collection cylinder connection part 438a: water collection connection body 438b: water collection connection bolt
440: Drain pop-up 441: Drain pipe 442: Drain cylinder
442a: 1st drain seating hole 442b: 2nd drain seating hole 443: drain head
444: Drain piston 445: Drain spring 446: Drain ball spring
446a: Drain ball 447: Drain piston fixture 448: Drain head connection part
450: Water collection solenoid 451: Water collection connecting rod 460: Drainage solenoid
461: Drain connecting rod 500: Passage converter 510: Passage conversion case
511: Water supply connector 512: First sprinkler connector 513: Second sprinkler connector
520: passage rotating part 521: water supply opening and closing part 522: first spray opening and closing part
523: Second water spray opening/closing unit 530: Electric heater 540: Passage rotation motor
541: Passage touch rod 542: Passage switch 600: Ball valve set
610: Ball valve body 620: Ball valve ball 621: Food passage port
630: Ball valve motor 631: Ball valve connector 700: Food waste disposer
710: Grinding unit 711: First grinding chamber 711a: Fixed grinding blade
712: Cutter 712a: Cutting blade 712b: Hole
713: Fixed grinder 713a: Fixed protrusion 713b: Waste outlet
714: Rotating grinder 714a: Rotating protrusion 715: Grinder motor
720: Transfer separator 721: Transfer body 721a: Transfer inlet
721b: 1st transfer pipe 721c: 2nd transfer pipe 722: transfer separation plate
722a: Transfer communication unit 722b: Transfer closure unit 723: Transfer rotation motor
724: Transfer touch rod 725: Transfer switch 726: Transfer drain pipe
727: Silicone tube 730: Fermentation unit 731: Fermentation body
731a: Fermentation inlet 732: Agitator 732a: Blade
732b: Fermentation liquid case 733: Stirring rotation motor 734: Spray pipe
735: Fermentation drain 800: Drain open/close device 810: Drain open/close body
820: Drainage passage opening and closing part 821: Drainage communication part 822: Drainage closing part
830: Drain open/close rotation motor 831: Drain touch rod 832: Drain open/close switch
840: Drain stopper 841: Stopper rotating body 841a: Path
842: Stopper receptor 843: Stopper connecting rod 844: Stopper opening/closing part

Claims (13)

A case in which a washing tank is placed;
an upper door installed at the top of the case to be rotatable up and down;
a middle plate disposed at the bottom of the washing tank, coupled to transversely cross the interior of the case, and on which various components are mounted;
A ball valve set coupled to the lower part of the washing tank and capable of delivering food waste to the lower part; and
A food waste processor coupled to the lower part of the ball valve set and grinding and fermenting food waste; Includes,
An ultrasonic dishwasher with a built-in manual faucet and a double-barreled food secondary grinding fermentation sterilizer, characterized in that a manual faucet is built into the upper door and a plurality of ultrasonic vibrators are mounted on the bottom of the washing tank.
According to claim 1,
An opening/closing shaft rod coupled to the rear of the upper door so as to transversely cross the upper door and serving as the rotation axis of the upper door;
a first track rod disposed relatively forward of the opening/closing shaft rod and coupled to transversely cross the upper door;
a second track rod disposed relatively ahead of the first track rod and coupled to transversely cross the upper door;
A connecting rod coupled to the opening/closing shaft rod, the first track rod, and the second track rod so as to be movable left and right;
a horizontal time belt coupled to the rear end of the connecting rod and disposed to transversely cross the upper door to move the connecting rod left and right;
a vertical time belt connected to the horizontal time belt and operating the horizontal time belt; and
a spray pipe coupled to the connecting rod, capable of moving left and right, and having a plurality of nozzles that spray washing water or hot air; A double barrel integrated manual faucet built-in ultrasonic dishwasher with a food secondary grinding fermentation sterilizer, characterized in that it further comprises a.
According to claim 2,
A water supply hose connected to the rear end of the spray pipe to supply washing water or hot air to the spray pipe;
A water channel converter mounted between the spray pipe and the water supply hose to change the water channel;
A manual faucet rotatably mounted on the water converter;
A water electromagnet coupled to the lower surface of the spray pipe to fix the head of the manual faucet; and
an upper bearing coupled to the rear of the upper door and through which a water supply hose passes; A double barrel integrated manual faucet built-in ultrasonic dishwasher with a food secondary grinding fermentation sterilizer, characterized in that it further comprises a.
According to claim 1,
a food inlet formed on the bottom of the washing tank;
A water collection pop-up mounted on a water collection hole formed on the bottom of the washing tank;
One or more sprinklers installed on the bottom of the washing tank;
A plurality of ultrasonic oscillators installed on the bottom of the washing tank; A double barrel integrated manual faucet built-in ultrasonic dishwasher with a food secondary grinding fermentation sterilizer, characterized in that it further comprises a.
The method of claim 4, wherein the ultrasonic vibrator is:
A vibrator nut inserted into and coupled to a vibrator hole formed on the bottom of the washing tank;
A first piezoelectric ceramic disposed below the vibrator nut;
a first electrode terminal disposed below the first piezoelectric ceramic;
a second piezoelectric ceramic disposed below the first electrode terminal;
a second electrode terminal disposed below the second piezoelectric ceramic;
a vibrator support disposed below the second electrode terminal;
A vibrator bolt coupled through the vibrator nut, the first piezoelectric ceramic, the first electrode terminal, the second piezoelectric ceramic, the second electrode terminal, and the vibrator support;
A vibrator head disposed on the upper surface of the bottom of the washing tank and coupled to the vibrator nut across the bottom of the washing tank through a vibrator bolt; and
A vibrator self-locking nut disposed on the bottom surface of the washing tank and screwed to the outer surface of the vibrator nut; A food secondary grinding, fermentation sterilizer, double barrel integrated manual faucet built-in ultrasonic dishwasher.
According to claim 1,
A water collecting portion disposed at the lower part of the washing tank and coupled to the middle plate;
A water supply motor pump connected to the water collection unit and the water inlet and having a blowing function;
A passage converter connected to the water supply motor pump through a water outlet and supplying washing water or hot air to either a water supply hose or a sprinkler discharger; and
a detergent unit that injects detergent into the water outlet; A double barrel integrated manual faucet built-in ultrasonic dishwasher with a food secondary grinding fermentation sterilizer, characterized in that it further comprises a.
The method of claim 6, wherein the water collection unit,
A sump that is connected to the water supply valve to receive water and supplies water toward the water supply motor pump through the water inlet;
A water collection pop-up mounted on the pop-up water collection port formed on the upper surface of the water collection tank and connecting the washing tank and the water collection tank;
A drain pop-up mounted on a pop-up drain formed on the lower surface of the water collection tank;
A water collection solenoid connected to the water collection pop-up and the water collection connection rod to operate the water collection pop-up; and
A drain solenoid connected to the drain pop-up and the drain connecting rod to operate the drain pop-up; A food secondary grinding, fermentation sterilizer, double barrel integrated manual faucet built-in ultrasonic dishwasher.
The method of claim 6, wherein the passage converter,
A passage conversion case connected to the water supply motor pump and a water outlet and including a water supply connection port, a first spray connection port, and a second spray connection port;
A passage rotating part rotatably mounted inside the passage conversion case; and
A heater built inside the passage conversion case and heating supplied washing water or hot air; Includes,
The passage rotating part is provided with a water supply opening and closing part that opens and closes the water supply connection port, a first spray opening and closing part that opens and closes the first spraying water connector, and a second spraying opening and closing part that opens and closes the second spraying water connector, so that the supplied washing water or hot air flows into the spray pipe or spraying water. A double barrel integrated manual faucet built-in ultrasonic dishwasher with a secondary food grinding fermentation sterilizer characterized in that it is ejected from one of the repellers.
The method of claim 1, wherein the ball valve set is:
a ball valve body connected to a food inlet formed on the bottom of the washing tank;
A ball valve ball accommodated in the ball valve body and having a food passage port formed through it in the center; and
A ball valve motor connected to the ball valve ball and rotating the ball valve ball to open or close the inside of the ball valve body; Includes,
The ball valve ball is a double barrel integrated manual faucet built-in ultrasonic dishwasher with a food secondary crushing fermentation destructor, characterized in that the left and right lengths are relatively longer than the up and down lengths.
The food waste disposer according to claim 1,
A grinding unit connected to the ball valve body into which food waste is input, and which grinds the input food waste twice;
A transfer separator connected to the grinding unit to distribute the ground food waste; and
One or more fermentation units disposed below the transfer separator to ferment and liquefy the distributed food waste; A food secondary grinding, fermentation sterilizer, double barrel integrated manual faucet built-in ultrasonic dishwasher.
The method of claim 10, wherein the fermentation unit,
A fermentation body with a fermentation inlet through which food waste can be input;
A stirrer rotatably installed inside the fermentation body and including a fermentation liquid case;
A spray pipe installed at the top of the fermentation body and spraying water into the fermentation body; and
A drain opener mounted on the outside of the fermentation body to open and close the fermentation drain formed in the lower part of the fermentation body; A food secondary grinding, fermentation sterilizer, double barrel integrated manual faucet built-in ultrasonic dishwasher.
The method of claim 11, wherein the drain switch,
A drain opening and closing body connected to the fermentation drain;
A drain passage opening and closing part rotatably mounted inside the drain opening and closing body to open and close the inside of the drain opening and closing body;
A drain opening/closing rotation motor installed at the top of the drain opening/closing body to rotate the drain passage opening/closing unit;
A drain touch rod connected to the drain opening/closing rotation motor and capable of rotating together with the drain passage opening/closing unit; and
A drain block connected to the drain opening/closing rotation motor and opening and closing the front of the fermentation drain; A food secondary grinding, fermentation sterilizer, double barrel integrated manual faucet built-in ultrasonic dishwasher.
The method of claim 12, wherein the drain stopper is:
A snail-type stopper rotor connected to the drain opening/closing rotation motor and capable of rotating together with the drain passage opening/closing unit;
A membrane connecting rod in which a membrane receptor is formed at one end and accommodated in the path of the membrane rotating body, and the other end enters the inside of the fermentation body and can move back and forth; and
A stopper opening and closing unit coupled to the other end of the stopper connection rod and opening and closing the front of the fermentation drain; Includes,
When the drain opening/closing rotary motor rotates in one direction, the membrane rotating body rotates and pushes the membrane receptor, and the membrane opening/closing portion moves away from the fermentation drain to open the fermentation drain,
When the drain open/close rotary motor rotates in the other direction, the stopper rotating body rotates and pulls the stopper receptor, and the stopper opening and closing part comes into close contact with the fermentation drain, closing the fermentation drain. Double barrel integrated manual food secondary crushing fermentation sterilizer. Ultrasonic dishwasher with built-in faucet.