KR20110099423A - An equipment for garbage - Google Patents

Abstract

The present invention relates to a food waste treatment device installed in the sink, which will be described in more detail. This will enhance the grinding efficiency of the food waste by a plurality of grinding processes, and the food waste may be discharged to the outside by a powerful flow of water. Residue can be prevented from sticking to the inside of the device, and relates to a food waste processor that can prevent noise caused by food grinding.

Description

Food Waste Handler with Mixer Function {An Equipment For Garbage}

The present invention relates to a food waste treatment device installed in the sink, which will be described in more detail. This will enhance the grinding efficiency of the food waste by a plurality of grinding processes, and the food waste may be discharged to the outside by a powerful flow of water. Residue can be prevented from sticking to the inside of the device, and relates to a food waste processor that can prevent noise caused by food grinding.

Food wastes (garbage) that are discharged from conventional homes, restaurants, etc. contain a large amount of water, and thus have a problem of polluting the environment.

In general, food wastes should be dried in a standard bag without leachable water and then discharged in a standard bag. However, the food waste is discharged in a standard bag while water remains.

Based on these problems, a dehydration device for removing water from food waste has been proposed, and a food waste treatment device for decomposing food using microorganisms and stirring to remove water with a heater and removing odors using a deodorizing device is presented. It is becoming.

An example of such a food waste processor is provided with a motor at a lower side of a sink drain case, and a shaft of the motor penetrates the garbage filter, and additionally forms a grinding fan (rotary cutter) to provide a food waste processor such as a blender. , The food waste processor has a structure in which when the food waste is filled in the strainer, the motor is driven to crush the waste by rotating the rotary cutter accordingly. However, such a conventional food waste treatment machine does not completely process the incoming food wastes, and there is a need to separately collect and process the remaining residues after the dish washing operation.

This is because of the components of the domestic food, because the components of the domestic food waste mainly made of fiber, such as vegetables and vegetables, it is difficult to completely decompose the food waste completely.

For this reason, it is necessary to manually clean the inside of the device separately, there is a problem such as noise generated during operation of the device, the back of the crushed food waste.

Therefore, the problem to be solved by the present invention is to process the food waste by grinding, but can completely crush the incoming food waste, and can automatically process such ground food waste and at the same time or after the operation is easy to clean The purpose is to provide a food waste processor that generates less noise in the operation of the appliance.

Food waste processor having a mixer function according to the problem to be solved of the present invention in the food waste processor is configured inside or outside the sink, the rotating shaft is coupled to the central portion rotates, so that a portion of the upper surface in the direction of rotation A crushing plate which forms a cut incision surface and protrudes upward to have an inclined gradient of a predetermined angle, and on one surface of which is provided a fixing part through which at least one first coupling hole is formed so that the cutter blade can be coupled; The cutter blade is formed through the second coupling hole corresponding to the first coupling hole of the fixing part to be coupled to or separated from the fixing part through the coupling member, and the cutting surface of the fixing part protrudes. Discharge holes provided in the lower portion to drop the crushed food waste in the downward direction, the upper edge of the crushing plate in a ring shape It is fixed to the contact, the grinding ring and a plurality of grinding projections protrudingly formed along the inner circumferential surface of the upper surface of the crushing plate is coupled so as to be able to flow through the coupling pin adjacent to the crushing projection, the area of one side is relatively large A plurality of protrusions protrudingly formed on the side thereof in an asymmetric shape is characterized in that it comprises a grinding portion consisting of a mixer projection that rotates itself by centrifugal force as the grinding plate rotates.

At this time, the fixing part and the discharge hole is formed symmetrically by a pair each of the center side and the outer side of the crushing plate, it is natural that the cutter blade may be configured in plurality to correspond to the fixing part.

On the other hand, the crushing unit according to the present invention is mounted on the rotating shaft but is formed so as not to interlock from the rotating shaft is formed with a rotary hole in the center and disposed to be in close contact with the lower surface of the crushing plate falling food from the discharge hole of the crushing plate Auxiliary fan is further configured to release the agglomeration of the residue.

In addition, the crushing unit is installed to be in close contact with the upper portion of the crushing plate, and forms a plurality of inlet holes in communication with the crushing plate on the upper surface, one side is opened while surrounding the inlet hole with an upward slope gradient It is characterized in that the inlet cover is further coupled to the cover communicating with the inlet hole.

Food waste treatment machine having a mixer function according to a preferred embodiment of the present invention is a hollow formed to communicate with the upper and lower, the inlet pipe is formed on the outer periphery so that the water is introduced from the outside while surrounding the hollow and the water introduced A water storage unit comprising a receiving portion having a space for storing; And a space communicating with a lower portion of the hollow and arranging the pulverizing portion in the space, and forming a discharge hole in the lower portion, and a plurality of outlet holes are formed at the side thereof, and surrounding the space of the crushing portion, It is characterized in that it further comprises a pulverizing / discharging unit which is composed of a discharge portion having a discharge tube communicating with the discharge hole communicating with the outside and the opening and closing hole opened and closed by the buoyancy valve.

At this time, the discharge pipe is characterized in that it is configured in an inverted "U" shape.

On the other hand, the food waste treatment machine having a mixer function according to a preferred embodiment of the present invention communicates with the hollow on the water storage unit and the filtration unit and a plurality of filtration holes are formed, forming a space surrounding the filtration unit and the space It may be configured to further include a filtration unit consisting of an induction part is formed in communication with the discharge pipe.

An overflow pipe is formed in the accommodation portion of the water storage unit, and the overflow pipe is connected to the discharge pipe.

As described in detail above, the food waste treatment machine having the mixer function according to the present invention has an advantage of improving the grinding efficiency of food waste by a plurality of grinding processes.

In addition, the food waste treatment device of the present invention has the advantage of preventing food waste from being stuck inside the device by spilling the food waste crushed inside by the powerful flow of water to the outside.

In addition, the food waste treatment device of the present invention has the advantage that the noise is blocked because it surrounds the space in which the food waste crushing means, such as a crush plate is operated by the receiving portion filled with water.

1 is an exploded perspective view showing a grinding unit according to the present invention.
Figure 2 is a plan view showing a crushing plate and a grinding ring of the grinding unit according to the present invention.
Figure 3 is a side cross-sectional view showing a food waste processor having a mixer function according to a preferred embodiment of the present invention.
Figure 4 is an exploded perspective view showing a food waste processor having a mixer function according to a preferred embodiment of the present invention.
5a to 5c are views showing the operating state of the food waste processor having a mixer function according to a preferred embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view showing a grinding unit according to the present invention, Figure 2 is a plan view showing a grinding plate and the grinding ring of the grinding unit according to the present invention.

Figure 3 is a side sectional view showing a food waste processor having a mixer function according to a preferred embodiment of the present invention, Figure 4 is an exploded perspective view showing a food waste processor having a mixer function according to a preferred embodiment of the present invention, Figure 5a 5C are views showing an operating state of the food waste processor having a mixer function according to a preferred embodiment of the present invention.

The present invention relates to a food waste processor for crushing food waste introduced from the sink 10 to the inside of the sink 10 and discharging the food waste into the sump, and the like. Eggplant has a built-in crushing unit is configured to completely grind food waste.

If the grinding unit 210 will be described in detail with reference to FIGS.

The crushing unit 210 is for completely crushing the food waste introduced from the sink is installed in a predetermined space to communicate with the sink can accommodate and crush the food waste, as shown in Figure 1 212, a cutter blade 215 mounted on the grinding plate 212 so as to be detachably attached thereto, a discharge hole 212-4 formed on the grinding plate 212, and an upper edge of the grinding plate 212. It consists of a grinding ring 213 disposed in the and the mixer projection 214 is configured to have a mixer function in conjunction with the grinding ring 213.

First, the grinding plate 212 is rotated by opening the central portion thereof is coupled to the rotary shaft 218 to be described below to receive the rotational force. At this time, preferably as shown in Figure 1 in the central portion of the grinding plate 212 is formed a plurality of engaging jaw (212-5) along the circumference, the locking stones provided on the upper portion of the rotating shaft 218 It is reasonable to fit the machine 218-1 and to rotate stably.

And the upper surface of the crush plate 212 is configured to be detachable a plurality of cutter blades 215, as shown in Figure 1 the upper part of the upper surface of the crush plate 212 is cut to form an incision surface, this A fixing portion 212-1 protruding upward from the cut surface is provided to have an inclined gradient at a predetermined angle.

In addition, the fixing portion 212-1 having an inclined gradient has at least one first coupling hole 212-2 formed therethrough so that the cutter blade 215 may be coupled to one surface thereof, and correspondingly, The second coupling hole 215-1 is also formed through one surface of the cutter blade 215.

Accordingly, the first coupling hole 212-2 of the fixing part 212-1 and the second coupling hole 215-1 of the cutter blade 215 are coupled by the coupling member 215-2 including a bolt. Or it can be separated can easily replace the old cutter blade 215 to provide convenience of maintenance.

At this time, the fixing portion 212-1 should be formed such that the cutter blade 215 is the end of the cutting surface in the rotational direction of the grinding plate 212, the cutting surface of the fixing portion 212-1 As the protrusion is formed, a discharge hole 212-4 is formed at a lower portion thereof, and the food waste pulverized through the discharge hole 212-4 is configured to fall downward.

Specifically, the fixing part 212-1 is configured such that the direction thereof is the same as the rotation direction of the grinding plate 212, so that when the rotary plate of the grinding plate 212 is rotated, the fixing part 212-may be fluidized in principle. By forcing it to the discharge hole (212-4) formed in the lower portion of 1) it is possible to forcibly discharge the water including food waste.

Wherein the number of the fixing portion (212-1) and the discharge hole (212-4) can be selectively configured, and preferably, as shown in Figure 2 the center side and the outer side of the grinding plate 212 It is formed symmetrically in a pair in each so that the food waste can be evenly cut by the rotation of the grinding plate (212).

The food waste finely cut by the cutter blade 215 is completely ground in a millstone manner based on the mixer protrusion 214 and the grinding ring 213 which will be described later.

The grinding ring 213 is formed in a ring shape to have an inner diameter corresponding to the circumference of the grinding plate 212 and is in contact with the upper edge of the grinding plate 212, as shown in FIG. It is fixed at the space inner diameter of 210. At this time, the grinding ring 213 of the grinding plate 212 is rotated by forming a plurality of grinding projections (213-1) in the inner direction along the inner peripheral surface, the grinding projection (213-1) is formed. It works with the mixer protrusion 214 to completely crush the food waste.

The mixer protrusion 214 is rotatably coupled to the upper surface of the crushing plate 212, and the crushing plate is rotated in cooperation with the centrifugal force as the crushing plate 212 rotates. A coupling pin 212-3 is formed at a position adjacent to the protrusion 213-1, and the mixer protrusion 214 forms a flow hole 214-1 through which the central portion is elliptically formed so that the coupling pin ( 212-3) to be fluidly coupled. In addition, the mixer protrusion 214 has an asymmetric shape having a relatively large area on one side, and is configured such that a plurality of protrusions protrude from a side of the side opposite to the grinding protrusion 213-1 of the grinding ring 213. . At this time, it is obvious that the number of the coupling pins 212-3 and the mixer protrusion 214 may be selectively configured.

The mixer protrusion 214 having such a configuration rotates itself on the grinding plate 212 by the action of centrifugal force as the grinding plate 212 rotates.

As the crush plate 212 is rotated, the food waste is first chopped by the cutter blade 215 and flows in the edge direction of the crush plate 212 by centrifugal force, and rotates on the crush plate 212. By the mixer protrusion 214 and the grinding protrusion 213-1 of the grinding ring 213 adjacent thereto, the finely cut food dregs flowing in the rim direction can be completely ground as grinding.

As the grinding plate 212 rotates as described above, the food dregs cut and crushed by the cutter blade 215 and the mixer protrusion 214 fall down to the lower portion through the discharge hole 212-4. 212) in the lower portion to release the agglomeration between food waste dropped by the auxiliary fan 219 fastened to the rotary shaft 218.

The upper and lower clearances between the crush plate 212 and the auxiliary fan 219 may be configured to be adjustable according to the amount of food waste to be processed, preferably on the lower surface of the crush plate 212. The close contact with the adjacent position allows the food waste falling from the rapidly rotating grinding plate 212 to be immediately dispersed.

In addition, although not shown in the drawings, a spring is formed between the grinding plate 212 and the auxiliary fan 219 and the grinding plate 212 or the auxiliary fan 219 may be elastically slid up and down. To control the throughput of food waste.

The above-described grinding plate 212 is mounted on the rotary shaft 218 protruding from the lower surface of the grinding unit 210 is to be applied to the rotation force integrally based on the rotation of the rotary shaft 218, the shape of the grinding plate 212 Can be configured in various ways.

The auxiliary fan 219 is to release the agglomeration of food waste falling from the discharge hole (212-4) of the crush plate 212 to prevent the discharge pipe 222 to be described below to be blocked. In the center of the auxiliary fan 219, but not shown in the figure is a rotating ball is configured, the rotating shaft 218 is to be coupled to the grinding plate 212 through the rotating hole to the rotating ball is the rotating shaft It is preferable to configure relatively larger than the diameter of 218 so that the rotational force of the rotating shaft 218 is not transmitted to the auxiliary fan 219 to maintain a stationary state. The auxiliary fan 219 also serves to hold the rotation of the rotating shaft 218 based on the rotating hole so that the grinding plate 212 smoothly rotates without an eccentricity on the auxiliary fan 219.

By preventing the agglomeration between food debris based on the auxiliary fan 219, the food debris is prevented from being deposited and fixed on the lower surface of the crushing unit 210, and the discharge pipe 222 to be described below by agglomeration between food debris is formed. It will be possible to prevent clogging.

The rotating shaft 218 may be configured to be linked with the motor 231 in various ways, in FIG. 3, for example, a mounting part 230 is formed by forming a mounting part 230 in which a space is formed in the lower part of the crushing part 210. The motor 231 is configured at 230, and the rotating shaft 218 is mounted at the motor 231 to protrude through the crushing unit 210.

In addition, the motor 231 for operating the grinding plate 212 is configured to be electrically connected to the control unit 400 to be described below to be automatically operated, or to manually control the control unit 400 to operate. As can be appreciated, this operation example can be configured selectively.

On the other hand, according to a preferred embodiment of the present invention, the crushing unit 210 has an inlet cover 211 is provided on the crushing plate 210 so that the bulky objects other than food waste does not flow into the crushing plate 212 It is installed.

The inflow cover 211 is installed to be in close contact with the upper portion of the crush plate 212 having a diameter corresponding to the circumference of the crush plate 212, it is configured to be detachable to provide convenience of maintenance. For example, as shown in FIG. 1 or 3, a plurality of locking grooves along the circumference thereof may be fitted to the upper surface of the crushing ring 213 or to be fitted to the inner diameter of the crushing unit 210 space. (211-3) is formed.

In addition, the inflow cover 211 is to prevent food waste falling through the hollow 110 to be described later directly in the crush plate 212.

Specifically, as shown in FIG. 1, the inlet cover 211 has a plurality of inlet holes 211-1 on the upper surface thereof so as to communicate with the crush plate 212, and the inlet hole 211-1. One side is opened while covering the cover 211-2 is in communication with the inlet hole (211-1) is coupled. At this time, the cover 211-2 is formed to have an upward inclination gradient to prevent the food waste falling to the upper surface of the cover 211-2. As a result, the food waste is not directly introduced into the crush plate 212, the volume is not food waste as it is introduced into the inlet hole (211-1) through the cover (211-2) of the inlet cover (211). A large object, that is, an object such as a spoon and chopsticks may be prevented from entering the grinding plate 212, thereby protecting the grinding unit 210 including the grinding plate 212.

Hereinafter, with reference to Figures 3 to 5c will be described in detail a preferred embodiment of the food waste treatment machine built-in the above-described grinding unit 210,

The food waste treatment machine having a mixer function according to the present embodiment is mounted inside or outside the sink 10 to crush the food waste introduced from the sink and discharge it into a water collecting well, and the like, and a water storage unit for storing and draining water ( 100 and a crushing unit 210 having a crushing plate 212 having a mixer function to completely crush the incoming food waste is built-in and the food waste crushed by the water discharged from the water storage unit 100 It is composed of a pulverization. Discharge unit 200 to flow out to the outside.

In addition to this, the filtration unit 300 may be further configured above the water storage unit 100. That is, the food waste treatment machine having a mixer function according to the present embodiment may be composed of the water storage unit 100 and the pulverization and discharging unit 200, and optionally, the filtration unit 300 may be further mounted. Can be described below, based on the embodiment is further equipped with a filtration unit 300.

In addition, the filtration unit 300, the water storage unit 100 and the pulverization. Discharge unit 200 may be configured to assemble by screw coupling (not shown in the figure.) Through rotation as shown in FIG. It can be configured in one piece.

First, the water storage unit 100 of one configuration of the present invention has a hollow 110 is formed as shown in Figure 3 and 4, the receiving portion for storing the water inside the hollow (110) ( 120). The hollow 110 is configured to communicate with the upper and lower, and communicate with the filtration unit 310 of the filtration unit 300 coupled from the top, crushed portion 210 of the pulverization. By communicating with the space of the food waste introduced from the filter unit 310 flows into the space of the crushing unit 210.

On the other hand, the accommodating part 120 has a space in which water is stored is formed therein the inlet pipe 121 is formed on the outer periphery, the water is introduced from the outside through the inlet pipe 121 and the inside Is stored in space. The inlet pipe 121 is a buoyancy sphere (121a) is configured to adjust the amount of water flowing into the inlet pipe 121.

Here, the receiving part 120 may further include an overflow tube 123, and the overflow tube 123 is formed so that one end thereof protrudes from the lower surface of the receiving part 120 and the other end will be described below. Being configured to be connected to the discharge pipe 321, the overflow pipe 123 to drain the water flowing into the receiving portion 120, such as when the buoyancy opening (121a) is broken to discharge to the discharge pipe 321 Perform the function.

As such, the receiving part 120 has a function of soundproofing the noise generated when the food waste is crushed by storing water therein.

The lower part of the water storage unit 100 is composed of a grinding and discharging unit 200, the grinding and discharging unit 200 is a grinding unit 210 having a mixer function described above, and the grinding unit 210 Wrapping is composed of a discharge unit 220 is formed a separate space therein.

Specifically, the grinding unit 210 is a space formed by the inner circumference constituting the discharge portion 220, the upper portion is opened to communicate with the hollow 110, the discharge portion 220 on the side ) And a plurality of outlet holes 205 communicating with each other and a discharge hole 204 communicating with the discharge tube 222 is formed at one side of the lower portion.

On the other hand, the discharge part 220 is formed in the space surrounding the crushing unit 210, the water flows therein. The opening and closing hole 221 is configured to communicate with the receiving portion 120 at the upper portion of the discharge part 220, the buoyancy valve (221a) that can be opened and closed by using buoyancy in the opening and closing hole 221 It is composed.

The buoyancy valve 221a acts by water flowing into the discharge part 220 from the receiving part 120 and opens or closes the opening / closing hole 221 by raising or lowering according to the level of the introduced water.

As shown in FIG. 5A, the discharge part 220 is in communication with the pulverization part 210 by a plurality of outlet holes 205 formed at the side of the pulverization part 210. The buoyancy valve 221a ) Is opened, the water (W2) introduced into the discharge unit 220 is introduced into the crush unit 210 through the outlet hole 205 and the water level of the crush unit 210 and the discharge unit 220 is the same. Will rise.

In addition, the discharge part 220 is formed with a discharge tube 222 connected to the discharge hole 204 of the crushing unit 210, the discharge tube 222 is formed of an inverted "U" shape. .

In this case, the water level of the water flowing into the discharge portion 220 may be determined according to the installation position of the buoyancy valve 221a. Preferably, the buoyancy valve 221a is installed at a position lower than the highest point of the discharge tube 222. When the buoyancy valve 221a is closed, the introduced water does not flow over the discharge pipe 222 and the siphon principle works only when the grinding plate 212 is driven.

Meanwhile, as shown in FIG. 5B, water flowing through the open buoyancy valve 221a is introduced until the buoyancy valve 221a is closed and maintains a constant level. In addition, the food dregs dropped through the hollow 110 are fed into the grinder 210 to be crushed by the operation of the grind plate 512 and at the same time, the food dregs pulverized along the discharge tube 222 as shown in FIG. 5C. Discharged.

Specifically, as shown in FIG. 5C, the grinding plate 212 rotates to operate the water W2 introduced into the grinding unit 210 through the outlet hole 205 in the space formed in the discharge unit 220. As a result of the structure of the fixing portion 212-1 is pushed to the lower side quickly through the discharge hole (212-4) by the principle of the pump, such as the flow of water (W4) deposited on the crush plate 212 or the like Food dregs and food dregs pulverized on the bottom surface of the crushing unit 210 are discharged to the outside through the discharge pipe 222 like water. In the discharge pipe 222, the water is crushed to the bottom surface of the crushing unit 210 by forming a strong water flow (W3) by the action of the siphon principle when the water falls through the vertex based on the inverted "U" shape Food waste is sucked into the discharge pipe 222 together with the water.

Thereafter, the water received in the crushing unit 210 and the discharge unit 220 is discharged based on the above-described bar, accordingly, the buoyancy valve 221a is lowered and water is introduced again from the receiving unit 120. As in the previous state, the water level rises to the closed position of the buoyancy valve 221a.

On the other hand, in addition to the water storage unit 100 and the food treatment unit 200, the filter unit 300 may be further configured above the water storage unit 100, the filtration unit 300 is the hollow ( It is composed of a filtration unit 310 in communication with the 110 and the induction unit 320 is formed inside the space surrounding the filtration unit 310. The filter unit 310 is the food waste is stored in the inside (space in communication with the hollow 110) and the water flowing out from the food waste through the filter hole 311 configured in the filter unit 310 through the induction unit 320 Will lead to the space of). As such, the water W1 guided into the space of the induction part 320 is discharged to the outside through the discharge pipe 321 formed in the induction part 320 as shown in FIG. 1. That is, by discharging water primarily contained in the food waste thrown from the sink 10 through the discharge pipe 321, the water filtered by the foreign matter is not shown in the drawing through the discharge pipe 321, but is introduced into the sump well. In addition, by primarily removing the water from the food waste, it is possible to prevent the failure of the grinding plate 212 and the auxiliary fan 219, and the like in the lower portion.

Those skilled in the art will appreciate that various changes and modifications can be made without departing from the technical spirit of the present invention. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification, but should be defined by the claims.

10: sink 100: water storage unit
200: grinding and discharging unit 210: grinding unit
211: inlet cover 212: grinding plate
213: grinding ring 214: mixer protrusion
215: cutter blade 220: discharge part
300: filtration unit 400: control unit

Claims (8)

In the food waste processor configured inside or outside the sink,
The rotating shaft is coupled to the central part and rotates, and a part of the upper surface is formed to have an incision cut in the direction of rotation, and the cut surface is formed to protrude upward to have an inclined gradient at an angle, and the cutter blade is coupled to one surface thereof. A grinding plate provided with a fixing part through which at least one first coupling hole is formed,
A cutter blade which penetrates through and separates from the fixing portion through a coupling member by forming a second coupling hole penetrating through one surface corresponding to the first coupling hole of the fixing portion;
As the cutout surface of the fixing part is formed to protrude, the discharge hole is provided in the lower portion to fall down the crushed food waste downward;
A grinding ring fixedly disposed in contact with an upper edge of the grinding plate in a ring shape, and having a plurality of grinding protrusions protruded along an inner circumferential surface thereof;
The upper surface of the crushing plate is coupled to the flow adjacent to the crushing projections through a coupling pin, a relatively large asymmetrical shape of one side is formed with a plurality of protrusions protruding on the side by the centrifugal force as the crushing plate rotates Food waste processor having a mixer function, characterized in that comprising a grinding unit consisting of a rotating mixer projection itself. The method of claim 1,
The fixing portion and the discharge hole are formed symmetrically in pairs on the center side and the outer side of the crushing plate, respectively, the cutter blade has a food waste processor having a mixer function, characterized in that a plurality of configurations to correspond to the fixing portion . The method of claim 1, wherein the grinding unit
The auxiliary fan is mounted to the rotating shaft but is formed so as not to interlock from the rotating shaft is formed in the center of the rotary hole and is arranged to be in close contact with the lower surface of the grinding plate to release the agglomeration of food waste falling from the discharge hole of the grinding plate Food waste processor having a mixer function, characterized in that further configured. The method of claim 1, wherein the grinding unit
It is installed to be in close contact with the upper part of the crushing plate, and forms a plurality of inlet holes in communication with the crushing plate on the upper surface, one side of the opening while surrounding the inlet hole with an upward inclination gradient is in communication with the inlet hole Food waste processor having a mixer function, characterized in that the cover is further configured to combine the cover. The method according to claim 1, wherein
A water storage unit configured to include a hollow formed to communicate with the upper and lower sides, and an inlet pipe formed at an outer circumference thereof so that water is introduced from the outside while surrounding the hollow and having a space for storing the inflowed water; And
A space communicating with the lower part of the hollow is provided, and the pulverization part is disposed in the space, and a discharge hole is formed at the lower part, and a plurality of outlet holes are formed at the side, and the space is communicated with the receiving part at the upper part of the pulverizing part. The food waste processor having a mixer function, characterized in that further comprising a pulverizing and discharging unit comprising an opening and closing hole which is opened and closed by a buoyancy valve and a discharge part communicating with the discharge hole and having a discharge tube communicating with the outside. . 6. The method of claim 5,
And said discharge tube has an inverted " U " shape. 6. The method of claim 5,
The filter unit further comprises a filtration unit communicating with the hollow on the water storage unit and forming a plurality of filtration holes, and an induction part forming a space while surrounding the filtration unit and having a discharge pipe communicating with the space. Food waste processor having a mixer function, characterized in that. The method of claim 7, wherein
Overflow tube is formed in the receiving portion of the water storage unit, the overflow pipe is a food waste processor having a mixer function, characterized in that connected to the discharge pipe.

Images