KR100634026B1 - Food garbage disposal apparatus - Google Patents

Abstract

A garbage disposal equipment that prevents decomposition of garbage, thereby prevents generation of odor from garbage in advance by draining wastewater contained in garbage injected into a storage container(sink ball) and transferring garbage to a disposal container, thereby drying garbage is provided. A garbage disposal equipment(1000) comprises: a sink ball(1110) into which garbage is injected; a filter member(1200) which is installed on an inner surface of the sink ball to drain wastewater contained in injected garbage to the outside of the sink ball; a transfer member(1300) rotatably installed within the filter member to transfer garbage to the disposal container while crushing garbage; a disposal container(1500) which is in communication with the sink ball so that garbage flown in from the sink ball flows in an inner container(1510) within the disposal container to drain wastewater from garbage; an agitation vane(1520) installed in the inner container of the disposal container to agitate garbage flown in the inner container; a heater(1540) installed on an upper portion of the disposal container; a fan(1550) rotatably installed in a way that the fan is distanced from the heater; a deodorization container(1700) which is in communication with the disposal tank, in which purifying water is filled, and which comprises a circulation pipe(1760) with a three-way valve(1770) installed thereon, a drain port(1780) connected to the three-way valve, and an exhaust port for exhausting purified air; and a spray nozzle(1740) installed on an upper portion of the deodorization container to spray purifying water into air by driving of a pump(1720).

Description

Food Garbage Disposal Apparatus}

1 is a block diagram showing a food waste treatment apparatus according to the present invention.

Figure 2 is a view showing a filter member and a reservoir according to the present invention, Figure 2a is a separate view, Figure 2b is a coupling, Figure 2c is a cross-sectional view taken along line A-A of FIG.

Figure 3 is a view showing the inner cylinder of the processing cylinder according to the present invention, Figure 3a is a perspective view of the inner cylinder, Figure 3b is a cross-sectional view taken along the line B-B of Figure 3a, Figure 3c is a cross-sectional view taken along the line C-C of FIG.

<Description of the symbols for the main parts of the drawings>

1000: processing apparatus 1000a: transfer unit

1000b: processing unit 1000c: deodorizing unit

1110: Sink Bowl

1112: inlet 1114: limit switch

1116 cover 1118 jamming protrusion

1120: drain port 1130: discharge port

1200: filter member 1210: flange portion

1212: locking hole 1220: support

1222: drain hole 1224: outlet

1300: transfer member 1310: transfer wing

1320: motor 1322: shaft

1400: transfer pipe 1410: backflow prevention unit

1420: valve opening 1500: processing cylinder

1510: inner cylinder 1512: drain hole

1520: stirring blade 1530: motor

1540: Heater 1550: Fan

1560: Motor 1570: Bracket

1580 Exhaust Pipe 1600: Microcomputer

1700: deodorization container 1710: purified water

1720: pump 1730: supply pipe

1740: spray nozzle 1750: exhaust port

1760: circulation pipe 1770: 3-way valve

1780: drain 1790: water supply pipe

1792: water supply valve

The present invention relates to a food waste treating apparatus, and more particularly, to a food waste treating apparatus for drying and discharging food waste.

In general, a method of managing food waste includes a method of fermenting food waste by using microorganisms to compost or decompose and treat the food waste, and a method of physically compressing or pulverizing and drying.

The method of using the microorganism in the above has the trouble of having to separately purchase and manage the pharmaceutical properties of the food and the purchase, storage, maintenance conditions of the microorganism, and moreover, there is an unrealistic disadvantage in Korean food containing a lot of salt.

Therefore, as a method of treating food waste, a drying process is mainstream, and various forms of development and application have been made.

However, in the conventional food processing apparatus for drying the food waste as described above, a screw for compressing and transporting the food waste to the drying unit is configured. There is a problem that the odor remaining in the food processing apparatus due to the decay remaining, the remaining food waste attached to the screw.

Accordingly, the present invention has been made in order to solve the problems of the prior art as described above, by transporting the food waste to the processing cylinder side while draining the waste water in the food waste put into the storage (sink) by drying the treatment of food waste It is an object of the present invention to provide a food waste disposal apparatus that prevents the occurrence of odor in advance.

Food waste treatment apparatus of the present invention for achieving the above object, the sink and the food waste is thrown; A filter member installed on the inner surface of the sink bowl to drain sewage contained in the input food waste to the outside of the bowl; A transfer member installed to be rotated inside the filter member to transfer food waste to a processing cylinder while crushing food waste; A processing cylinder installed in communication with the sink bowl so that food waste introduced from the sink bowl is introduced into the inner cylinder and drained from the sink bowl; A stirring blade installed in the inner cylinder of the processing cylinder to stir the introduced food waste; A heater installed above the processing cylinder; A fan installed and rotated apart from the heater; Purified water is filled in communication with the treatment cylinder to purify the odor introduced from the treatment cylinder, a circulation pipe provided with a three-way valve for circulating the purified water, a drain connected to the three-way valve to discharge the sludge in the purified water, and A deodorization passage having an exhaust port for exhausting the purified air; The spray nozzle for spraying the purified water circulated in the circulation pipe in the air by the drive of the pump on the upper deodorization;

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In addition, a cover for opening and closing the inlet is installed at the inlet of the sink ball, and a limit switch is installed at the contact point on / off by a cover to be opened and closed on the inlet.

In addition, the sink bowl is formed with a drain port for draining the sewage contained in the food waste on one side, the outlet is formed on the other side is discharged food waste.

The filter member may include a support seated on the bottom surface of the sink ball; A flange part protruding from the support part and seated to be caught on an upper surface of the sink ball; A drain hole formed by being cut in the support part and having sewage drained to the drain hole side of the sink ball; It is formed to be opened to the support portion of the lower portion of the drain hole discharge outlet for discharging food waste to the outlet side of the sink ball.

In addition, a locking groove is formed in the flange portion of the filter member so that the outlet of the filter member inserted into the sink ball is inserted in correspondence with the outlet of the sink ball, and the locking groove is inserted into the locking groove in the upper portion of the sink ball on which the flange is seated. A locking projection is formed.

The locking grooves and the locking protrusions coupled thereto are formed in a plurality of flanges and sink balls of different sizes.

In addition, the transfer member is coupled to the motor is rotated and one side is provided with a transfer wing for transporting food waste.

The sink ball and the processing cylinder are installed to communicate with each other through the transfer pipe, and the transfer pipe is installed in the tangential direction to the sink ball along the rotation direction of the transfer member.

In addition, the transfer pipe is provided with an opening and closing valve for opening and closing the transfer pipe, one side thereof is bent to protrude downward to form a backflow prevention portion to prevent the backflow of odor to the sink ball side.

And, the inner cylinder inner surface of the processing cylinder is provided with a bracket for grinding food waste while the stirring blade passes.

In addition, the inner cylinder of the processing cylinder is formed with a drain hole cut in one side.

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

1 is a block diagram showing a food waste treatment apparatus according to the present invention, Figure 2 is a view showing a filter member and a sink ball according to the present invention, Figure 2a is a separate view, Figure 2b is a coupling diagram, Figure 2c is a cross-sectional view taken along the line AA of Figure 2a, Figure 3 is a view showing the inner cylinder of the processing cylinder according to the present invention, Figure 3a is a perspective view of the inner cylinder, Figure 3b is a cross-sectional view taken along the line BB of Figure 3a, Figure 3c It is sectional drawing of the CC line of FIG. 3A.

Food waste treatment apparatus of the present invention, as shown in the accompanying drawings, it will be described as an example that is installed in the sink, it will be clear that it is applicable to all the equipment capable of collecting food waste.

Therefore, hereinafter, the "storage container" will be referred to collectively as "sink ball", and the "inlet" and "limit switch" will be described as an example of what is formed in the sink.

As shown in FIG. 1, the processing apparatus 1000 according to the present embodiment is largely composed of a transfer part 1000a, a processing part 1000b, and a deodorizing part 1000c.

The transfer part 1000a is configured as a sink ball 1110 in the sink.

The sink ball 1110 is installed on a lower surface of the sink, and an opening 1111 is formed on the upper surface of the sink ball 1110 to inject food waste.

In addition, a cover 1116 for opening and closing the sink ball 1110 is installed at the inlet 1112 of the sink ball 1110 and a limit switch 1114 for turning on / off a contact by the cover 1116 to be opened and closed is installed. .

The microcomputer 1600, which will be described later, controls the operation of the processing apparatus 1000 according to the contact state of the limit switch 1114. That is, when the limit switch 1114 is pressed by the cover 1116 while the power is applied and the contact is turned on, the microcomputer 1600 operates the processing apparatus 1000 normally, and the contact is turned off. In this case, the processing unit 1000 is not operated by the microcomputer 1600, and an alarm generator (not shown) is operated.

In addition, the sink bowl 1110 is formed with a drain 1120 for draining the sewage contained in the food waste on one side, the discharge hole 1130 is discharged is discharged on the other side.

The outlet 1130 of the sink ball 1110 is installed in the tangential direction to the sink ball 1110 so as to match the rotational direction of the transfer member 1300 to be described later. This is for smoothly inflowing the food waste into the processing cylinder 1500 to be described later.

On the other hand, the sink bowl 1110 formed as described above is installed is inserted into the filter member 1200 for draining the sewage contained in the input food waste to the sink ball 1110.

As shown in FIGS. 2A to 2C, the filter member 1200 protrudes from the support part 1220 seated on the bottom surface of the sink ball 1110 and the support part 1220 and is formed on the top surface of the sink ball 1110. It is formed of a flange portion 1210 is seated to be locked.

In addition, a drain hole 1222 formed by being cut in the support part 1220 and draining water to the drain hole 1120 side of the sink ball 1110, and is formed to be opened in the support part 1220 below the drain hole 1222 and food waste A discharge port 1224 for discharging the discharge ball toward the discharge port 1130 side of the sink 1110 is formed.

The drain hole 1222 is a slot shape long cut from the upper side to the lower side of the support portion 1220, the drain hole 1222 is formed to have a width gradually expanded from the inner side to the outer side when viewed from the cross section of the support portion 1220 The waste water is quickly drained into the sink bowl 1110 while preventing the discharge of food waste (see FIG. 2C).

In addition, the flange portion 1210 of the filter member 1200, the locking groove so that the outlet 1224 of the filter member 1200 to be inserted into the sink ball 1110 is inserted to match the outlet 1130 of the sink ball 1110. 1212 is formed, and the engaging groove 1212 is formed of a plurality of different sizes.

In addition, a locking protrusion 1118 inserted into the locking groove 1212 is formed at an upper portion of the sink ball 1110 on which the flange portion 1210 is seated, and the locking protrusion 1118 is also disposed in the locking groove 1212. Correspondingly, they are formed as a plurality of different in size.

Therefore, since the engaging groove 1212 of the filter member 1200 formed as described above is inserted into and coupled only to the engaging protrusion 1118, the outlet 1224 of the filter member 1200 is always the outlet of the sink ball 1110. 1130 is inserted into and matched.

On the other hand, the inner lower portion of the sink ball 1110 is provided with a conveying member 1300 for dehydrating part of the food waste while stirring in the filter member 1200 to transfer to the conveying pipe 1400, the conveying member 1300 is It is connected to the lower motor 1320 and driven to rotate.

The transfer device 1300, a disk-shaped rotary bracket 1311 and a motor for rotating the rotary bracket 1311 is formed with a plurality of transfer blades 1310 formed on the bottom surface, a small wing 1312 on the upper surface 1320.

In this case, the rotary bracket 1311 may have a smaller diameter than the filter member 1200, so that a gap portion through which food waste can pass may be formed between the inner wall of the filter member and the outer circumference of the rotary bracket 1311.

In addition, a shaft 1322 of the driving motor 1320 is coupled to the center of the rotating bracket 1311.

The motor 1320 is installed inside the case 1330 coupled to the bottom of the sink ball 1110 and then fixed to the support ribs 1333 by bolts.

The think ball 1110 and the case 1330 may be detachably coupled by bolting, or the think ball 1110 and the case 1330 may be integrally injection molded, but preferably, the driving motor 1320 Removably combined for easy replacement and repair.

In addition, the shaft 1322 of the motor 1320 passes through the center of the conveying member 1300 and is installed to the conveying member 1300 by any one of spline or serration coupling or coupling by key bolts. .

The processing unit 1000b includes a processing cylinder 1500.

The processing cylinder 1500 is installed in the sink in a built-in type (Built-In) type, the front surface is configured to rotate to open and close.

On the other hand, the processing cylinder 1500 is installed in communication with the sink ball 1110 through the hollow transfer pipe 1400.

As shown in FIG. 1, the transfer pipe 1400 is coupled to one end thereof in communication with the outlet 1130 of the sink ball 1110, and the other end thereof is communicatively coupled to the processing cylinder 1500.

As described above, the transfer pipe 1400 coupled to the outlet 1130 of the sink ball 1110 is installed in the tangential direction to the sink ball 1110 along the rotational direction of the transfer member 1300, so that food waste is easily discharged. You lose.

In addition, the transfer pipe 1400 is provided with an opening and closing valve 1420 for opening and closing the transfer pipe 1400, the one side of the transfer pipe 1400 spaced apart from the opening and closing valve 1420 is bent to protrude downward A backflow prevention part 1410 is formed to prevent the odor in the cylinder 1500 from flowing back to the sink ball 1110 side.

Meanwhile, an inner cylinder 1510 opened at an upper surface thereof is installed in the processing cylinder 1500, and food waste is introduced into the inner cylinder 1510 through a transfer pipe 1400.

As shown in FIGS. 3A to 3C, the inner cylinder 1510 is provided with a plurality of slot-shaped drain holes 1512 long incision from the upper side to the lower side.

The drain hole 1512 is formed to have a width gradually expanded from the inner side to the outer side as viewed from the cross section of the inner cylinder 1510, so that the waste water is quickly drained into the treatment cylinder 1500 while preventing the discharge of food waste.

Although not shown in the treatment cylinder 1500, a drain hole for draining sewage mixed with food waste is formed at one side of the lower surface of the treatment cylinder 1500.

On the other hand, the inner lower portion of the inner cylinder 1510 is provided with a stirring blade 1520 for stirring the food waste introduced into the inner cylinder 1510 by the transfer member 1300, the stirring blade 1520 is the motor 1530 Driven by.

In addition, the inner surface of the inner cylinder 1510 has a bracket 1570 having a substantially "c" shaped cross section, the rotating stirring blades 1520 crush the food waste while passing through the inner and outer portions of the bracket (1570). And stir.

A heater 1540 is installed above the inner cylinder 1510, and a fan 1550 that is rotationally driven by the motor 1560 is installed above the heater 1540.

In addition, the microcomputer 1600 for controlling the operation of the processing apparatus 1000 is installed on the outer upper surface of the processing cylinder 1500 formed as described above, the power switch (not shown) for applying power to the processing apparatus 1000 is Although preferably installed in the microcomputer 1600, it may be installed separately in the sink.

And, the upper part of the processing cylinder 1500 is provided with an exhaust pipe 1580 connected in communication with the deodorizing cylinder 1700 to be described later.

The deodorizing unit 1000c is configured of a deodorizing cylinder 1700.

The deodorization cylinder 1700 is provided with an exhaust pipe 1580 connected to the processing cylinder 1500 on the upper side thereof, the odor in the processing cylinder 1500 flows into the deodorization cylinder 1700.

The deodorization cylinder 1700 opposite the exhaust pipe 1580 is provided with an exhaust port 1750 through which the air purified by the purified water 1710 to be described later is exhausted.

On the other hand, the inside of the deodorization cylinder (1700) formed as described above is filled with purified water 1710, the inner upper portion of the deodorization cylinder (1700) sprays purified water 1710 from the inner upper side of the deodorization cylinder (1700) to the lower side A spray nozzle 1740 is installed to allow the sprayed water particles to collect various dusts, bacteria, odors, gases, and the like in the air in the deodorization container 1700.

In addition, a supply pipe 1730 for supplying purified water 1710 to the spray nozzle 1740 is installed in the deodorization container 1700, and the purified water 1710 is pumped and supplied to the supply pipe 1730 through the spray nozzle 1740. The pump 1720, that is, the water pump is installed.

In addition, a circulation pipe 1760 through which contaminated purified water 1710 in the deodorization container 1700 is circulated by a pump 1720 is installed below the deodorization container 1700, and the circulation pipe 1760 is provided in three directions. The valve 1770 is installed, and the three-way valve 1770 is provided with a drain 1780 for discharging the sludge settled in the contaminated purified water.

In addition, a water supply pipe 1790 for filling purified water 1710 is installed at an upper surface, that is, an upper surface of the deodorization container 1700, and a water supply valve 1792 is installed at the water supply pipe 1790 to open and close the water supply pipe 1790. .

On the other hand, when the deodorization principle of the deodorization cylinder 1700 by the sprayed purified water 1710 as described above, using the pure principle of the natural waterfall water, the pressure is fixed in a plurality of spray nozzles 1740 in a closed area Spray the water adjusted to remove airborne dust, bacteria, odors and gas by effectively making gas-liquid contact with polluted air in the room.

When water is sprayed with powerful force and split into ultra fine particles, the water around it is transformed into a negative ion by the "Lenard Effect", and the water particles are converted into positive ions, which expands numerous meshes. It collects (adsorbs) various dusts, bacteria, odors and gases in the air.

As such, bacteria, odors, etc. adsorbed to the water particles once cannot escape from the water particles themselves again unless the water evaporates.

Here, the anion and water particles of micro gaseous state consisting of water and oxygen due to the splitting of the water droplets (called the Leonard effect / Simpson effect) are continuously generated in the deodorizing container of the processing apparatus, thereby deodorizing. do.

For reference, the Leonard effect and the Simpson effect are explained in detail.

Leonard Effect

In the early twentieth century, German Nobel physicist Dr. P.Lenard experimentally found that when an external pressure is applied to a metal plate to separate it, negative ions are generated in the surrounding air and the separated droplets become cations.

2. Simpson Effect

As a result of repeated measurements of the Leonard effect using a more precise device, the water droplet splitting theory reported that the same phenomenon as the Leonard effect occurs when water droplets break up in the air.

Hereinafter, the operation of the food waste treatment apparatus according to the present invention configured as described above.

First, the food waste is introduced into the filter member 1200 in the sink bowl 1110 while the cover 1116 is opened and the inlet 1112 is opened.

At this time, most of the food waste introduced into the filter member 1200 in the sink bowl 1110 is food waste with small particles, and food waste with large particles may be directly injected into a processing cylinder and not treated as a sink bowl.

On the other hand, when the food waste is put into the filter member 1200 of the sink ball 1110 as described above, the food waste does not pass through the drain hole 1222 of the filter member 1200 is left in the filter member 1200 as it is, Sewage contained in the food waste is quickly drained to the sink bowl 1110 through the drain hole 1222 of the filter member 1200, the wastewater drained to the sink bowl 1110 is again through the drain 1130 of the sink bowl 1110 All drained.

In this case, the open / close valve 1420 on the transfer pipe 1400 is in a closed state, and a large amount of sewage flowing through the drain hole 1222 of the filter member 1200 flows into the processing cylinder 1500 through the transfer pipe 1400. Prevent it.

On the other hand, after putting food waste into the filter member 1200 as described above, close the cover 1116 and press the power switch configured in the microcomputer 1600 to apply power.

At this time, the limit switch 1114 is in a contact-on state by the lid 1116 closing the inlet 1112 of the sink ball 1110, so that the microcomputer 1600 operates the processing apparatus 1000 normally. When power is applied in a state in which the 1116 is not closed, the microcomputer 1600 may operate an alarm generating unit such as a warning sound or a warning light indicating that the cover 1116 is open without operating the processing apparatus 1000.

On the other hand, during normal operation of the processing apparatus 1000 as described above, the microcomputer 1600 operates the transfer part 1000a of the processing apparatus 1000.

That is, the motor 1320 connected to the transfer member 1300 is operated by the microcomputer 1600, and the transfer member 1300 is driven to rotate due to the operation of the motor 1320 to stir and dehydrate food waste.

In addition, the on / off valve 1420 on the transfer pipe 1400 of the microcomputer 1600 may be opened simultaneously with the rotation driving of the transfer member 1300 as described above, or after the transfer member 1300 is operated for a predetermined time. The open / close valve 1420 on the transfer pipe 1400 may be opened.

Meanwhile, when the flow path of the transfer pipe 1400 is secured by the open / close valve 1420 opened as described above, the food waste which is dehydrated while being stirred by the transfer member 1300 is transferred to the transfer blade 1300 of the transfer member 1300. By the discharge port 1224 of the filter member 1200 and the discharge port 1130 of the sink ball 1110 is discharged to the transfer pipe 1400.

The food waste discharged as described above is introduced into the inner cylinder 1510 of the processing cylinder 1500 through a transfer pipe 1400 together with a small amount of sewage.

Then, when all the food waste flows into the inner cylinder 1510 as described above, the microcomputer 1600 operates the processing unit 1000b.

That is, when all the food waste flows into the inner cylinder 1510, the microcomputer 1600 closes the open / close valve 1420 on the transfer pipe 1400.

At this time, since the food waste introduced into the inner container 1510 does not pass through the drain hole 1512 of the inner container 1510, the food waste remains intact in the inner container 1510, and the sewage introduced with the food waste is drained out of the inner container 1510. It is quickly drained to the processing cylinder 1500 through the 1512, it is drained to the outside.

On the other hand, the food waste introduced into the inner cylinder 1510 and remaining as described above, the hot air is food waste by the heater 1540 operated by the microcomputer 1600 and the fan 1550 above the heater 1540. It is fed to the side to dry the food waste.

At this time, the food waste is quickly and evenly dried by continuously mixing the food waste that is dried while the stirring blade 1520 of the lower portion of the inner cylinder 1510 is rotated by the microcomputer 1600.

Furthermore, the rotating stirring blade 1520 passes through the inside of the bracket 1570 installed on the inner side of the inner cylinder 1510 and accelerates drying by crushing the food waste again between the stirring blade 1520 and the bracket 1570. Done.

Then, when drying is complete, take out the inner cylinder 1510 in the state in which the front portion of the processing cylinder 1500 is opened, and empty the food waste cleanly, and then insert the inner cylinder 1510 back into the processing cylinder 1500 to be coupled.

On the other hand, when drying the food waste in the processing cylinder 1500 as described above, the microcomputer 1600 to operate the deodorizing unit (1000c).

That is, as described above, during the drying treatment operation of the processing cylinder 1500, the odor generated in the processing cylinder 1500 flows into the deodorization cylinder 1700 through the exhaust pipe 1580 and is purified through the exhaust port 1750. Exhausted.

The odor introduced into the deodorizing container 1700 as described above is supplied to the spray nozzle 1740 through the supply pipe 1730 by feeding the purified water in the deodorizing container 1700 while the pump 1720 is operated by the microcomputer 1600. .

At this time, some of the purified water pumped by the pump 1720 is supplied to the supply pipe 1730, but the remainder is circulated while flowing into the circulation pipe 1760 and flows back into the deodorizing cylinder 1700.

On the other hand, the purified water 1710 supplied to the spray nozzle 1740 is sprayed into the air of the deodorization cylinder 1700 at a predetermined pressure, and the water particles collect and deodorize the odor or gas in the air.

Therefore, this deodorization operation is repeatedly performed until the food waste is completely dried, so that all odors in the processing cylinder 1500 are all deodorized and purified.

In addition, when the degree of contamination of the purified water 1710 is serious due to the repeated deodorization operation as described above, by adjusting the three-way valve 1770 installed in the circulation pipe 1760 of the deodorization container 1700, the drain 1780 It is opened to discharge the contaminated purified water 1710 and the sludge deposited thereon.

Then, the new purified water 1710 is filled into the deodorization tube 1700 through the water supply pipe 1790 in which the water supply valve 1792 is opened by the amount of the purified water 1710 discharged.

Meanwhile, the operation of the processing apparatus 1000 as described above is determined according to a program input to the microcomputer 1600.

Therefore, the food waste can be quickly dried and processed by the processing apparatus 1000, and the treatment apparatus 1000 can be managed cleanly by deodorizing and purifying all the odors generated from the food waste.

As described above, according to the food waste treatment apparatus of the present invention, while discharging the sewage in the food waste put into the storage container (sink), the food waste is transferred to the processing cylinder side and dried to prevent corruption of the food waste to prevent odor generation. It is effective in preventing it.

Claims (13)

A sink bowl into which food waste is put; A filter member installed on the inner surface of the sink bowl to drain sewage contained in the input food waste to the outside of the bowl; A transfer member installed to be rotated inside the filter member to transfer food waste to a processing cylinder while crushing food waste; A processing cylinder installed in communication with the sink bowl so that food waste introduced from the sink bowl is introduced into the inner cylinder and drained from the sink bowl; A stirring blade installed in the inner cylinder of the processing cylinder to stir the introduced food waste; A heater installed above the processing cylinder; A fan installed and rotated apart from the heater; Purified water is filled in communication with the treatment cylinder to purify the odor introduced from the treatment cylinder, a circulation pipe provided with a three-way valve for circulating the purified water, a drain connected to the three-way valve to discharge the sludge in the purified water, and A deodorization passage having an exhaust port for exhausting the purified air; And a spray nozzle for spraying purified water circulated in the circulation pipe into the air by driving a pump on the deodorizing tube. delete The method of claim 1, A cover for opening and closing the inlet is installed in the inlet of the sink ball, the food waste processing apparatus, characterized in that the limit switch is installed on / off by the cover that is opened and closed on the inlet. The method of claim 3, wherein The sink bowl is formed on the one side of the drain waste water drainage is contained in the food waste, the other side is a food waste processing apparatus, characterized in that the discharge outlet for food waste is formed. The method of claim 1, The filter member includes a support seated on the bottom surface of the sink ball; A flange part protruding from the support part and seated to be caught on an upper surface of the sink ball; A drain hole formed by being cut in the support part and having sewage drained to the drain hole side of the sink ball; And a discharge port formed to be opened in the support part below the drain hole and discharging the food waste to the discharge port side of the sink bowl. The method of claim 5, A locking groove is formed in the flange portion of the filter member so that the outlet of the filter member inserted into the sink ball coincides with the outlet of the sink ball, and the locking protrusion is inserted into the locking groove in the upper portion of the sink ball on which the flange portion is seated. Food waste processing apparatus, characterized in that formed. The method of claim 6, Wherein the engaging groove and the engaging projection coupled to the food waste treatment apparatus, characterized in that formed in the flange portion and a plurality of sink balls of different sizes. The method of claim 1, The transport member is coupled to the motor is rotated and the food waste processing apparatus, characterized in that the transfer blade for transporting food waste is installed on one side. The method of claim 1, The sink ball and the processing cylinder is installed in communication via the transfer pipe, the transfer pipe is a food waste processing apparatus, characterized in that installed in the tangential direction to the sink ball along the rotation direction of the transfer member. The method of claim 9, The transfer pipe is provided with an opening and closing valve for opening and closing the transfer pipe, one side of the food waste processing apparatus, characterized in that the reverse flow prevention portion is bent to protrude downward to prevent the backflow of odor to the sink ball side. The method of claim 1, Food waste processing apparatus, characterized in that the inner cylinder inner surface of the processing cylinder is installed with a bracket for grinding food waste while the stirring blade passes. The method of claim 11, Food waste treatment apparatus, characterized in that the inner cylinder of the processing cylinder is formed with a drain hole cut in one side thereof. delete

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