KR200446381Y1 - Food treatment device for sensor operated sink - Google Patents

Abstract

The present invention relates to a food processing apparatus for safely crushing and discharging various food wastes while being mounted on a drain hole of a sink and operating in a sensor operation. More specifically, the present invention is detachably mounted on a drain hole of a sink and formed on an upper inner circumferential surface thereof. The first step is provided with a grinding motor operation sensor, the second step formed on the lower step of the first step is provided with an electronic variable sensor, the inner bottom is provided with a grinding cutter that is rotated by the grinding motor, the lower side of one side A food waste treatment container having a drain pipe opened and closed by an electromagnetic valve, and a filter barrel disposed on the second step of the food waste treatment container to filter food waste from a sink while operating the electronic shift sensor; Seated on the first step when operating the grinding motor operation sensor It consists of a lid that prevents the pulverized object from jumping out of the upper portion while the key, the electronic actuating sensor is to open the electronic valve in the state that the filter barrel is seated on the second step and when the filter container is removed, the electronic valve is opened. The grinding motor operation sensor is operated to operate the grinding motor when the lid is seated on the first step so that the grinding cutter is rotated and the grinding motor is stopped when the lid is removed. It relates to a food treatment apparatus for mounting a sink type.

Food waste treatment device, sink, food waste container, strainer, electronic variable sensor, grinding motor sensor, lid

Description

Sensor Disposable Food Waste Disposer {A garbage disposer operated senor}

The present invention relates to a food processing apparatus for safely crushing and discharging various food wastes while being mounted on a drain hole of a sink and operating in a sensor operation. More specifically, the present invention is detachably mounted on a drain hole of a sink and formed on an upper inner circumferential surface thereof. The first step is provided with a grinding motor operation sensor, the second step formed on the lower step of the first step is provided with an electronic variable sensor, the inner bottom is provided with a grinding cutter that is rotated by the grinding motor, the lower side of one side A food waste treatment container having a drain pipe opened and closed by an electromagnetic valve, and a filter barrel disposed on the second step of the food waste treatment container to filter food waste from a sink while operating the electronic shift sensor; Seated on the first step when operating the grinding motor operation sensor It consists of a lid that prevents the pulverized object from jumping out of the upper portion while the key, the electronic actuating sensor is to open the electronic valve in the state that the filter barrel is seated on the second step and when the filter container is removed, the electronic valve is opened. The grinding motor operation sensor is operated to operate the grinding motor when the lid is seated on the first step so that the grinding cutter rotates and stop the grinding motor when the lid is removed. Put the processed food waste into the food storage container, and cover the lid with the lid removed so that the food waste is crushed by the crushing cutter, then remove the lid and settle the strainer so that the crushed food waste is discharged through the drain pipe. It relates to a sensor-operated sink food processing device, characterized in that The.

In general, various kinds of food waste from the kitchen are collected and thrown away, and various kinds of food waste are thrown away by odors and insects gather, resulting in a very unsanitary problem. There was a troublesome problem.

As one of the conventional food waste treatment methods to improve such a problem, a fermentation processor for fermenting food wastes using microorganisms in a kitchen or a veranda has been prepared and the food waste has been fermented. This treatment method is to throw out food waste. Although there was an advantage of disappearing, the food waste takes about 48 hours to fermentation process, and the food waste is fermented for a long time, the odor is generated by the fermentation throughout the corners of the house, causing a lot of discomfort.

Recently, in order to improve the above problems, as shown in FIG. 7, the food waste treatment apparatus is installed in the drain 4 'of the sink 3' to finely crush food waste and immediately discharges the waste through the drain pipe 17 '. (1 ') has been developed, the food waste treatment apparatus (1') is a food waste treatment container (1 ') is installed toward the lower side of the sink (3') with the upper end fastened to the drain opening (4 ') of the sink (3') ( 2 ') is provided in the upper portion of the food waste container (2'), the filter barrel (18 ') is detachably seated, the inner lower portion of the grinding cutter (14') that is rotated by the grinding motor (15 ') Is installed and the drain pipe 17 'is installed in the lower portion of the one side when the food waste is sent to the inside of the food waste treatment container (2') with water, the state of the dust except the water in the filter bin (18 ') Water waste pipe (17 ') by filtering food waste When the food waste is collected in the strainer 18 ', the food waste collected in the strainer 18' is poured into the lower portion of the inner portion of the waste food treatment tank 2 ', and then the crushing motor 15' and By pressing the switch 27 'connected to the circuit, the grinding cutter 14' installed at the inner lower portion of the food processing container 2 'is rotated at a high speed, and the food writing in the food processing container 2' is crushed to a certain size. And is discharged through the drain pipe 17 '.

However, the food waste treatment apparatus 1 ′ has a structure in which the drain pipe 17 ′ is always open in the crushing process, so that food waste is crushed properly by continuously supplying a certain amount of water, and water waste is severe, and the food waste Part is discharged through the drain pipe 17 'communicated to the lower part during the grinding, and the waste pipe 17' is clogged while the food waste is discharged through the drain pipe 17 'without being finely and evenly crushed. When the switch 27 'is pressed, the grinding cutter 14' is rotated at a high speed so that the child or the elderly have a part of the body such as a hand or an arm in the food processing container 2 '. Inadvertent use of the switch (27 ') had a problem that would be a serious safety accident.

The present invention is to solve the problems as described above by installing the pulverization motor operation sensor is detected by the lid and the electronically actuated sensor is detected by the strainer in the food treatment container and the drain pipe is opened and closed by the electromagnetic valve When the container is seated in the food processing container, the electronic stool is opened so that the drainage from the sink is made smoothly, and only the food waste is filtered through the filter container, and the food waste of the filter container is placed in the food storage container and the filter container is removed. When the cover is closed, the grinding cutter is operated while the electronic valve is closed so that the food waste is pulverized evenly without being discharged through the drain pipe during the grinding process, and the grinding cutter is operated only when the lid is closed without waste of water during the grinding process. To ensure that safety accidents are prevented There is an enemy.

In order to achieve this purpose, the first step is formed detachably mounted on the drain hole of the sink, the grinding motor operation sensor is installed on the first stepped jaw and the electronically actuated sensor is installed on the second stepped beneath the first step. The inner lower portion is provided with a grinding cutter which is rotated by the grinding motor, and the lower part of one side is provided with a food waste treatment tube having a communication pipe, which is opened and closed by an electromagnetic valve, and is seated on the second step of the food waste treatment vessel. And a lid for filtering food waste from the sink while operating the lid, and a lid that is seated on the first step of the food waste treatment container and prevents the pulverized object from splashing outward while operating the crushing motor operation sensor. However, the electronically actuated sensor is in a state that the trap is seated on the second step The electronic valve is to open the electronic valve, and when the filter is removed, the electronic valve is closed. The grinding motor operation sensor operates the grinding motor when the lid is seated on the first step so that the grinding cutter rotates and the lid is closed. When it is removed, the grinding motor is stopped so that the food waste, which has been treated in the strainer, is put in the food storage container, and the lid is removed while the food waste is crushed by the crushing cutter. There is a feature of the present invention to seat the strainer so that the food waste is crushed through the drain pipe.

As described above, according to the present invention, the pulverization motor operation sensor detected by the lid and the electronic actuation sensor detected by the filter box are installed in the food processing container, and the drain pipe is opened and closed by the electronic valve so that the filter container is provided with food. When it is seated in the processing container, the electronic valve is opened so that the drainage from the sink can be made smoothly, and only the food waste is filtered through the filter container, and the food waste of the filter container is put in the food storage container and the lid is removed while the lid is removed. In this closed state, the grinding cutter is operated so that the food waste is crushed to a certain size without being discharged through the drain pipe during the grinding process, and the grinding cutter is operated only when the lid is closed without waste of water during the grinding process. There is an effect that accidents can be prevented.

Hereinafter, the preferred configuration according to the present invention will be described in detail by the drawings.

Sensor-operated sink-mounted food waste treatment apparatus 1 according to the present invention is mounted on the drain 4 of the conventional sink 3, as shown in Figure 1 to 5 while operating in a sensor-operated food waste As a device for safely crushing and discharging, the first step 10 is detachably mounted to the drain port 4 of the sink 3, and a grinding motor operation sensor 11 is installed on the first step 10 formed at the upper inner circumferential surface. The second step 12 formed in the lower portion of the 10 is provided with an electronically actuated sensor 13, the inner lower portion is provided with a grinding cutter 14 that is rotated by the grinding motor 15, the lower side of one side The drain pipe 17 opened and closed by the electromagnetic valve 16 is connected to the food waste container 2, and the second step 12 of the food waste container 2, so that the electromagnetically actuated sensor 13 is closed. Food waste from sink 3 while running It is seated on the filter bin 18 and the first step 10 of the food waste treatment container 2 to prevent the pulverized object to come out of the upper portion while operating the crushing motor operation sensor 11. It consists of a lid (20).

The food waste treatment container 2 is a portion that is detachably mounted to the drainage port 4 of the sink 3 as shown in FIGS. The lower part has a closed tubular shape, and the upper protrusion jaw 5 is formed on the outer circumferential surface of the upper end so that the upper protrusion jaw 5 is fastened to the upper end of the drain port 4 of the sink 3, and thus the food waste treatment tank is closed. (2) is to be installed toward the lower side of the drain (4) of the sink (3) and the male screw portion (6) is formed on the lower outer peripheral surface of the portion where the upper projection jaw (5) is formed in the food waste treatment container (2) 1 to a lower portion of the food waste treatment vessel 2 located at the lower side of the sink 3 in a state where the upper projection jaw 5 of the processing vessel 2 is engaged with the upper end of the drain 4 of the sink 3. Synthetic resin material for water tightness as shown in 3 The sealing nut (7), the washer (8) and the fixing nut (9) of the quality is fitted in turn, the fixing nut (9) is screwed to the male screw portion (6), the food waste treatment container (2) sink (3) Removably fixed to the drain opening 4 of the.

In addition, the food waste treatment container (2) is formed on the upper inner circumferential surface of the stepped first step 10, the first step 10 is to be seated on the lid 20 and the grinding motor operation sensor 11 ) Is installed and a second stepped portion 12 bent in a stepped manner is formed below the first stepped portion 10, and the trough 18 is seated on the second stepped portion 12, and an electronically actuated sensor. 13 is installed, the inner lower portion of the food waste treatment container (2) is provided with a grinding cutter 14 which is rotated by the grinding motor 15, the lower side of one side is opened and closed by an electromagnetic valve (16) A drain pipe 17 is provided in communication.

The grinding motor operation sensor 11 is made of a sensor such as a general magnetic sensing method or a proximity sensing type, and is connected to the grinding motor 15 fixed to the bottom surface of the food waste processing container 2 so as to be connected to the circuit of FIG. 4. As shown, when the lid 20 is seated on the first step 10, the crushing motor operation sensor 11 detects the crushing motor 15 and operates the crushing motor 15 to be installed on the inner lower portion of the food processing container 2. The grinding cutter 14 is rotated, and when the lid 20 is removed from the first step 10 and is separated from the grinding motor operation sensor 11, the grinding motor 15 is stopped and the grinding cutter 14 ) Is not rotated.

The electromagnetically actuated sensor 13 is made of a sensor such as a general magnetic sensing method or a proximity sensing type, and is connected to the electronic valve 16 installed in the drain pipe 17 so that the second step is shown in FIG. 3. When the latching jaw 19 of the trough 18 is seated on the 12, the electronically actuated sensor 13 detects this and opens the electromagnetic side 16 to be pulled out of the sink 3 through the trough 18. The outgoing water or crushed food waste is smoothly discharged through the drain pipe 17, and when the strainer 18 is removed from the second step 12 to be separated from the electronically actuated sensor 13, it is shown in FIG. As described above, the electromagnetic valve 16 is closed so that water or food waste is not discharged through the drain pipe 17.

3 and 4, the electromagnetic valve 16 is a valve for opening and closing a normal electronically, and is installed in the drain pipe 17 in a position close to the food waste disposal container 2, and the electromagnetically operated sensor 13 ) And the opening and closing operation is controlled by the electronically actuated sensor 13 in a circuit connected state to open and close the drain pipe 17.

The grinding cutter 14 is connected to the shaft of the grinding motor 15 installed at the bottom of the food processing container 2 while being located at the inner bottom of the food processing container 2 as shown in FIGS. 3 and 4. The crushing motor 15 for finely crushing the food waste introduced into the inner lower portion of the food waste treating container 2 to a predetermined size and rotating the crushing cutter 14 is connected to the crushing motor operation sensor 11 by a circuit connection. Rotation operation is controlled by the grinding motor operation sensor (11).

The strainer 18 is to be seated on the inner upper portion of the food waste treatment container 2 in the shape of an open top, as shown in Figures 1 to 3, the locking jaw on the upper outer peripheral surface of the strainer 18 (19) protrudes outwardly and the locking jaw (19) has a diameter corresponding to the upper surface portion of the second step (12) of the food waste treatment container (2), the upper surface of the second step (12) It is installed on the second step 12 while operating the electronically actuated sensor 13 installed on the second step 12 and the plurality of holes are densely drilled on the outer circumferential surface and the bottom surface so that the state installed in the upper portion of the food processing container 2 In the electronic valve 16 is maintained in the open state, the food waste of the dry state except the water is filtered by the filter barrel 18 and only water is discharged through the drain pipe 17 of the lower portion of the food waste treatment container (2) In the strainer 18 When the filter bin 18 is separated from the second step 12 in order to put the collected amount of food waste into the inner lower portion of the food waste disposal container 2, the filter bin 18 is separated from the electronically actuated sensor 13. As the electromagnetic valve 16 is closed, the food waste introduced into the food waste disposal container 2 is not discharged through the drain pipe 17.

The lid 20 has a diameter corresponding to the upper surface portion of the first step 10 of the food waste treatment container 2 in a plate shape as shown in Figures 1, 2, 4, the first step 10 While seated on the upper surface of the first step (10) to operate the crushing motor operation sensor 11 is provided, the filter bin 18 is removed and the food waste is put into the food waste treatment container (2) When the lid 20 is seated on the first step 10 in the state, the grinding motor 15 is rotated by the grinding motor operation sensor 11 so that the food waste inside the food processing container 2 is the grinding cutter 14. It is to be crushed by the lid 20 to cover the upper portion of the food processing container (2) during the crushing process to prevent the pulverized object to come out of the upper side, the food waste is crushed to a predetermined size When the lid 20 is removed from the first step 10, the grinding motor operation sensor ( 11, the lid 20 is separated and the grinding motor 15 is stopped, leaving the food waste crushed to a predetermined size inside the food waste treatment container (2).

At this time, when the filter barrel 18 is seated on the second stepped portion 12, the electronic stool 16 is opened and the food waste crushed through the drain pipe 17 is discharged.

In addition, the present invention, if necessary, as shown in Figure 5, the grinding motor operation sensor 11 and the electronically actuated sensor 13, the electromagnetic valve 16 and the grinding motor 15 is a conventional CPU processing device or the like. It is connected to the control unit 26 and put the food waste into the food waste treatment container (2), while closing the lid 20 in a state in which the filter container 18 is removed, the food waste is pulverized and the lid 20 is opened. Even when the seat 18 is not seated, the electronic valve 16 may be automatically opened so that the crushed food waste is discharged through the drain pipe 17 to be used in a circuit connection.

On the other hand, as another embodiment of the present invention, the food waste container 2 is a microorganism that is supplied with the usual useful microorganisms (EM), etc. in order to more effectively purify the food waste that is pulverized as shown in Figure 6 The supply unit 21 is connected and installed, the microorganism supply unit 21 is provided with a microorganism storage tank 22 for storing the usual useful microorganisms, etc. in the liquid phase and the microorganism storage tank 22 is connected to the supply pump 23 The supply pump 23 is connected to the microbial supply hose 24 is installed in communication with the upper side of the one side of the food waste treatment container (2) is a certain amount of useful microorganisms from the microorganism storage tank (22) The microorganism supply hose 24 is provided with a supply amount control lever 25 to adjust the amount of useful microorganisms supplied through the microorganism supply hose 24.

In addition, the feed pump 23 is covered with a lid 20 in the state in which the filter barrel 18 is removed from the food waste treatment container 2, the grinding motor 15 is operated together while operating the microbial supply hose 24 Through a certain amount of microorganisms are sent to the food waste treatment container (2).

On the other hand, the effective microorganisms (EM) is a plurality of microorganisms that perform a beneficial function for humans or plants among the many microorganisms existing in the natural coexistence and synergistic effect, and photosynthetic bacteria (anaerobic: 嫌 氣It is a microorganism aggregate culture medium in which 80 different microorganisms such as lactobacillus, yeast (pain anaerobic), actinomycetes (aerobic: aerobic) are combined, cultured, and coexist in an active state. It is widely used for environmental purification, sanitation, and purification process.

If necessary, the microorganisms stored and supplied to the microorganism storage tank 22 may be used for the normal purification microorganism in addition to the useful microorganisms.

The operation of the present invention is as follows.

When the food waste treatment apparatus 1 according to the present invention is mounted on the drain 4 of the sink 3 to crush the food waste, first, as shown in FIG. Inserted into the upper portion of the inner 2) water is to be discharged through a plurality of holes perforated in the filter barrel 18 and the food waste in the dusty state to be filtered, the hook formed on the outer peripheral surface of the upper end of the filter barrel 18 When the jaw 19 is seated on the second step 12 formed on the upper inner circumferential surface of the food waste treatment container 2, the electronically actuated sensor 13 installed on the second step 12 detects this and is installed on the drain pipe 17. The water passing through the strainer 18 by opening the electronic valve 16 is discharged to the drain pipe 17 installed in the lower portion of the food waste treatment container 2, and only the food waste in the dry state is filtered out, and a certain amount of food Garbage collects in the strainer 18 The filter bin 18 is separated from the second step 12 in order to put the food waste collected in the filter bin 18 into the lower portion of the food waste treatment bin 2 from the electronically actuated sensor 13. As the catching jaw 19 of the strainer 18 is separated, the electronic valve 16 is closed, and the food waste introduced into the food waste disposal container 2 is not discharged through the drain pipe 17.

In the state in which the food waste is put into the food waste treatment container 2 as described above, the lid 20 is seated on the first step 10 formed on the upper inner circumferential surface of the food waste treatment container 2 as shown in FIG. The grinding motor operation sensor 11 installed on the first step 10 detects this and rotates the grinding motor 15 installed at the bottom of the food processing container 2, and thus inside the food processing container 2. Located at the bottom and the grinding cutter 14 connected to the shaft of the grinding motor 15 is rotated to evenly crush the food waste, and after the food waste is crushed to a certain size, the lid 20 is first stepped 10 When removed from the grinding motor operating sensor 11, the lid 20 is separated and the grinding motor 15 is stopped and the food waste crushed to a certain size remains inside the food processing container 2. When the cylinder 18 is seated on the second step 12 again Jabyeon 16 is opened and the food waste crushing evenly to a certain size are discharged through the drain pipe 17.

1 is a perspective schematic view showing an exploded state of a sensor-operated sink-mounted food treatment apparatus according to the present invention;

Figure 2 is a schematic perspective view showing a combined state of the sensor-operated sink food processing apparatus according to the present invention

Figure 3 is a schematic cross-sectional view of a state in which the water discharged through the drain pipe while the electronic valve is opened with a strainer is mounted in the sensor-operated sink mounting food treatment apparatus according to the present invention

Figure 4 is a schematic cross-sectional view of a state in which the filter bin is removed from the sensor-operated sink mounting food waste treatment apparatus according to the present invention and the lid is mounted to crush the food waste

Figure 5 is a schematic cross-sectional view of a sensor-operated sink for food mounting apparatus according to the present invention is connected to the control unit and the circuit

Figure 6 is a schematic cross-sectional view showing another embodiment of a sensor-operated sink food processing apparatus according to the present invention

7 is a schematic cross-sectional view of a conventional food treatment apparatus for sink mounting

<Description of Symbols for Major Parts of Drawings>

1, 1 '. Food waste treatment apparatus 2, 2 '. Food waste

3, 3 '. Sink 4, 4 '. waterspout

5. Top protrusion 6. Male thread

7. Sealing ring 8. Washer

9. Fixing nut 10. First step

11. Grinding motor operation sensor 12. Second step

13. Electromagnetically actuated sensor 14, 14 '. Crushing Cutter

15, 15 '. Grinding motor 16. Electronic valve

17, 17 '. Drain pipe 18, 18 '. Strainer

19. Hanging jaw 20. Lid

21. Microbial Supply Unit 22. Microbial Storage Tank

23. Supply pump 24. Microbial supply hose

25. Supply control lever 26. Control part

27 '. switch

Claims (6)

Removably mounted to the drain port 4 of the sink 3, the first stepped jaw 10 formed on the upper inner peripheral surface is provided with a grinding motor operation sensor 11 and the second formed under the first step 10 The stepping 12 is provided with an electronically actuated sensor 13, and the inner lower portion is provided with a grinding cutter 14 that is rotated by the grinding motor 15, the drain pipe opened and closed by the solenoid 16 in the lower side of one side Food 17 from the sink 3 being seated on the food waste disposal container 2 and the second step 12 of the said food waste disposal container 2 which are in communication with each other, and actuating the said electromagnetically actuated sensor 13. It is seated on the filter bin 18 for filtering waste and the first step 10 of the food waste treatment container 2 to prevent the pulverized object from popping out while operating the crushing motor operation sensor 11. Consists of a lid 20, the electronically actuated sensor 13 is a second In the state in which the trough 18 is seated on the jaw 12, the electronic valve 16 is opened. When the trough 18 is removed, the electronic valve 16 is closed and the grinding motor operation sensor 11 is closed. In the state in which the lid 20 is seated on the first step 10, the grinding motor 15 is operated to rotate the grinding cutter 14, and when the lid 20 is removed, the grinding motor 15 is stopped. Sensor-operated sink food processing device, characterized in that it is intended to. The method of claim 1, wherein the grinding motor operation sensor 11 is a magnetic sensing or proximity sensing sensor is connected to the circuit and the grinding motor 15 is fixed to the bottom of the food waste treatment container (2), The electronically actuated sensor (13) is a sensor for sensor-mounted food sink treatment device, characterized in that the magnetic sensing or proximity sensing sensor and the circuit is connected to the electronic valve (16) installed in the drain pipe (17). According to claim 1, wherein the strainer (18) is to be seated on the inner upper portion of the food waste treatment container (2) in the shape of an open top, the catching jaw (19) on the upper outer peripheral surface of the strainer (18) It protrudes in the outward direction and the locking jaw (19) has a diameter corresponding to the upper surface portion of the second step jaw 12 of the food processing container (2) is seated on the upper surface of the second step jaw (12) While operating the electronically actuated sensor 13 installed in the second step (12) and a plurality of holes are densely perforated in the outer peripheral surface and the entire bottom surface is characterized in that to filter the food waste in the dry state Food processing device for mounting the sensor-operated sink. According to claim 1, wherein the food waste treatment container (2) has a cylindrical shape of the upper part is open and the lower part is blocked, and the upper projection jaw (5) is formed on the outer peripheral surface of the upper end protruding outward so that the drain hole of the sink (3) ( 4, the upper projection jaw (5) is fastened to the upper end of the food waste treatment container (2) is installed to the lower side of the drain (4) of the sink 3 and the upper projection jaw (2) A male screw portion 6 is formed on the lower outer circumferential surface of the portion where 5) is formed so that the upper projection jaw 5 of the food waste treatment container 2 is engaged with the upper end of the drain hole 4 of the sink 3. 3, the sealing ring (7), the washer (8) and the fixing nut (9) in turn in the lower portion of the food waste treatment container (2) located in the lower side of the fixing nut (9) to the male screw portion (6) It is screwed so that the food waste canister (2) is detachably fixed to the drain hole (4) of the sink (3). Sensor-operated food processing sink mounting apparatus, characterized in that. The method of claim 1, wherein the grinding motor operation sensor 11, the electronically actuated sensor 13, the electromagnetic valve 16 and the grinding motor 15 is connected to the conventional control unit 26, the food waste treatment container (2) close the lid 20 in the state of removing the filter bin (18) to crush the food waste and open the lid 20, the electronic valve (16) is automatic even in a state that does not seat the filter bin (18) Food waste treatment apparatus for mounting the sensor-operated sink, characterized in that the circuit is connected to the circuit to be discharged through the drain pipe 17, the food waste is opened and crushed. According to claim 1 or 4, wherein the food processing container (2) is connected to the microorganism supply unit 21 for supplying the usual useful microorganisms to the food to be crushed therein, the microorganism supply unit 21 is a liquid The microorganism storage tank 22 for storing the conventional useful microorganisms is provided and the microbial storage tank 22 is connected to the supply pump 23 and the supply pump 23 is the upper side of one side of the food treatment container (2) It is connected to the microbial supply hose 24 is installed in communication with the microorganism storage tank 22 to supply a certain amount of useful microorganisms to the food processing tank (2) and the microbial supply hose (24) supply amount control lever (25) ) Is installed to adjust the amount of useful microorganisms supplied through the microorganism supply hose (24) sensor-operated sink equipped food treatment device.

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