KR100788600B1 - Garbage disposal using recycling water - Google Patents

Abstract

A garbage disposer for recycling water is provided to carry out cleaning and pulverizing operations easily using purified clean water, prevent water from being contaminated by reusing dehydrated water, create a pleasant environment using an incense emitting device, easily change the position of the garbage disposer by using movable casters, and enable a night time operation to be performed by attaching a lighting device to the garbage disposer. A garbage disposer for recycling water comprises: a body(10) having a hopper formed on a top part thereof and casters(12) formed on a bottom part thereof; a cover(20) which has a handle(21) formed on an upper side thereof and a water spray(22) installed on a lower side thereof, and which is formed on the top part of the body; a pulverizer(30) including a pulverizing tube(31) formed below the hopper, a moving screw(34) having a pulverizing blade(33) rotated by a pulverizer motor(32) formed at one side of the pulverizing tube, and a pulverizer discharge port(35) formed at the other side of the pulverizing tube; a dehydrator(60) including an inner drum(40) which has filtration holes(41) perforated into a periphery thereof and a filtering mesh(42) formed on an inner peripheral surface thereof, and which is rotated by a dehydrator motor(43), and an outer drum(50) which is formed outside the inner drum, and which has a heating plate installed on an outer side thereof and a discharge hole(52) formed in a lower part thereof; a hot air generator(70) formed at one side of the dehydrator; a hose(80) in which an antibacterial material(81) is embedded, of which one side is connected to the discharge hole of the dehydrator, and of which the other side is connected to a first water purification filter(82); a purified water tank(90) which has a second water purification filter(91) installed on an upper side thereof, and in which hardwood charcoal(92) is embedded; and an underwater pump(100) installed in the purified water tank to send purified water to the water spray through a water pipe.

Description

Garbage disposal using recycling water

1 is an explanatory diagram showing a schematic configuration of the present invention.

Figure 2 is an exploded perspective view of the dehydrator of the present invention.

3 is a partial cutaway view of the hose tube of the present invention.

Figure 4 is a partial cutaway view of the hot air blower of the present invention.
5 is an exploded perspective view of the first water filter and the second water filter of the upper right side of the water purification container of the present invention.
Figure 6 is an enlarged view of the water purification tank and the water pump in the upper left of the water purification tank of the present invention.

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

10: body 11: hopper

12: caster 13: dehydrator lid

20: lid 21: handle

22: water sprayer 29: lighting device

30: grinder 31: grinding tube

32: grinder motor 33: grinding blade

34: moving screw 35: shredder outlet

40: inner cylinder 41: filter hole

42: filter network 43: dehydrator motor

50: outer cylinder 51: heating plate

52: discharge hole 60: dehydrator

70: hot air fan 71: air intake

72 suction hole 73 nonwoven fabric

74: perfume 75: perfume

76: fan 80: hose pipe

81: antibacterial substance 82: first water filter

90: purified water container 91: second water filter

92: Charcoal 100: Submersible Pump

101: water pipe

The present invention relates to a food waste recycling machine that recycles water, and more particularly, to clean and spray water purified in multiple stages to facilitate washing and crushing, and because the dehydrated water is reused on its own without being discharged to the outside. It is equipped with a device that emits incense, and provides a pleasant environment. Also, a movable caster is installed at the bottom to easily change the position and to attach a lighting facility to recycle water that can be easily worked at night. It relates to a food waste processor.

In general, the food waste treatment device is used for the purpose of being used as livestock feed or manure after removing moisture from food wastes such as food waste or incineration with general garbage. And the size varies from small to medium used in restaurants, the driving method and form was also used in various ways.

For reference, food waste generated in each home or restaurant contains a large amount of water of about 80% or more. Accordingly, it causes various odors and water pollution due to corruption and emits harmful gases. There was a need to remove environmental hazards. Therefore, the large amount of food waste that is thrown away in the food waste bags has already reached the limit of acceptance, and the need for a food waste disposal machine has increased.

Conventional food waste treatment methods include various methods such as aerobic fermentation, dehydration to remove only water from food waste by centrifugation or compression, and drying to dry food waste using a heater. The most common food waste treatment machine was finely pulverized the food waste introduced through the hopper formed in the upper part by using a pulverizer and discharged to a conveying screw.

However, the conventional food processor cannot be smoothly pulverized because the pulverizer is pulverized by the pulverizing blade rotated by the power of a simple motor, and the food remains in the pulverized blade and every corner of the pulverizer, causing odors in the food processor itself. The environment was very poor, and the liquid discharged through dehydration was discharged to the outside without filtration or the water purification process was weak, causing environmental pollution. Also, it was difficult to transport due to the lack of a separate moving device. There was an issue that was uncomfortable to use.

The present invention has been made in order to solve the conventional problems as described above, by spraying clean water purified in a multi-stage, easy washing and crushing, and because the dehydrated water is reused by itself without being discharged to the outside water pollution It is equipped with a device that emits incense, and provides a pleasant environment. Also, a movable caster is installed at the bottom to easily change the position and to attach a lighting facility to recycle water that can be easily worked at night. Its purpose is to provide a food processor that recycles water.

In order to achieve the above object, the present invention includes a main body having a hopper formed so that food is introduced into the upper side, and a caster installed to be movable below; A lid formed on an upper portion of the main body to open and close the hopper with a handle formed at an upper side and a water sprayer installed at a lower side thereof; A moving screw having a grinding tube formed on the lower side of the hopper, a grinding blade rotated inside the grinding tube by a grinding machine motor formed on one side of the grinding tube, and food products formed and ground on the other side of the grinding tube; A grinder comprising a grinder discharge port for discharging water; Filter holes are formed on the periphery, and a filter net is formed on the inner circumferential surface to accommodate the food discharged to the grinder discharge port, and an inner cylinder rotated by a dehydrator motor at the lower portion, and a heating plate is formed on the outside of the inner cylinder and an exhaust hole is disposed at the lower portion thereof. A dehydrator formed of an outer cylinder which is formed to discharge the dehydrated water from the inner cylinder; A hot air fan formed on one side of the dehydrator to dry the dehydrated food waste of the inner cylinder; A hose tube having an antimicrobial substance embedded therein, one side of which is connected to the discharge hole of the dehydrator, and the other side of which is connected to a first water filter to purify the dehydrated water; A second water purification filter having a ceramic embedded therein at an upper side thereof, and a purified water passing through which the purified water is accommodated since the charcoal is embedded therein; It is to provide a food waste processor for recycling the water, characterized in that consisting of; a water pump is installed in the interior of the water tank to send purified water to the water spray formed in the lid through the water pipe.

In addition, in the present invention, the hot air is a food processor for recycling the water, characterized in that it comprises a non-woven fabric formed with a plurality of suction holes in the air inlet formed on one side, the perfume is provided therein the non-woven fabric is impregnated To provide.

In another aspect, the present invention is to provide a food waste processor for recycling water, characterized in that the lighting device is installed on one side of the lid.

Hereinafter, the technical configuration of the present invention according to the accompanying drawings in detail.

As shown in Figures 1 to 3, the food waste recycling apparatus according to the present invention is a main body having a hopper (11) formed so that food is introduced into the upper side, and the caster 12 is installed to be movable in the lower portion 10; A lid 20 formed at an upper portion of the main body 10 to open and close the hopper 11 by having a handle 21 formed at an upper side and a water sprayer 22 provided at a lower side thereof; The grinding blade 31 rotated inside the grinding tube 31 by the grinding tube 31 formed in the lower portion of the hopper 11 and the grinding motor 32 formed on one side of the grinding tube 31. A grinder 30 comprising a moving screw 34 provided and a grinder discharge port 35 formed at the other side of the grind tube 31 to discharge the crushed food; The inner circumference 40 is rotated by the dehydrator motor 43 and the food is discharged to the pulverizer discharge port 35 is formed by the filter hole 41 is perforated and the filter net 42 is formed on the inner circumferential surface, and Dehydrator 60 is formed on the outside of the inner cylinder 40, the heating plate 51 is installed on the outside and the discharge hole 52 is formed in the lower portion of the outer cylinder 50 to discharge the water dehydrated from the inner cylinder 40 Wow; A hot air blower (70) formed at one side of the dehydrator (60) to dry the dehydrated food waste of the inner barrel (40); Antibacterial material 81 is built therein, one side is connected to the discharge hole 52 of the dehydrator 60, the other side is connected to the first water filter 82 is a hose pipe (80) for purifying dehydrated water and; A second water purification filter 91 having a ceramic embedded therein on the upper side thereof and a purified water container 90 in which the purified water is accommodated since the charcoal 92 is built-in; The submersible pump 90 is installed in the interior of the water supply pipe (101) to send the purified water to the water sprayer 22 formed in the lid 20 through the water pipe 101; do.

The main body 10 forms a main case of a food waste processor, and is made of a metal plate having excellent strength. The main body 10 has a hopper 11 formed at an upper portion thereof, and a plurality of casters 12 at each corner of the bottom surface thereof. The hopper 11 is protruded so that the upper side is opened to the upper portion of the main body 10 and serves as an inlet through which food is introduced. The caster 12 is a conventional rotary motion wheel, so that the food processor can be moved smoothly. Caster 12 may be formed in a variety of forms, but it is preferable that the food processor is installed so as to be rotated 360 ° C to facilitate the reversal from side to side.

The lid 20 is formed on the upper portion of the main body 10 to open and close the hopper 11. Lid 20 is rotated by one side hinged to the main body 10 and has a handle 21 formed on the upper side to be gripped by the user, the water sprayer 22 is installed on the lower side. The water injector 22 supplies water in the process of crushing food to make the pulverization more smooth and to wash the inside of the crusher 30 and the crushing blade 33.

The pulverizer 30 is composed of a pulverization tube 31, a pulverizer motor 32, a moving screw 34, and a pulverizer discharge port 35, and pulverizes the food introduced through the hopper 11 Dense and serves to send to the dehydrator 60, which is the next process through the grinder discharge port (35).

The pulverization tube 31 has a cylindrical shape in the interior to form a space for receiving the food introduced through the hopper (11). The grinder motor 32 is formed on one side of the grinding tube 31 to rotate. The moving screw 34 is connected to the crusher motor 32 and rotates and a crushing blade 33 is formed on the outer circumference. The grinder discharge port 35 is formed at the other side of the grind tube 31 to allow the ground food to be discharged to the outside of the grinder 30.

Therefore, the food introduced through the hopper 11 is densely crushed by a moving screw 34 having a grinding blade 33 which is connected to the grinder motor 32 and rotated to be transported to the grinder ship outlet 35. Discharged.

As shown in Figure 2, the dehydrator 60 is composed of a large inner cylinder 40 and the outer cylinder 50, the water dewatered by separating the water discharged through the grinder discharge port 35 is the hose pipe Sent to 80 and discharged, the filtered food is dried to act to be discharged to the outside through the dehydrator lid 13 formed in the main body (10).

The inner cylinder 40 accommodates the food discharged through the grinder discharge port (35). The inner cylinder 40 has a cylindrical shape with an upper side opened, and a plurality of filter holes 41 are formed in the periphery of the side wall, and a filter net 42 is attached to the inner circumferential surface thereof. The inner cylinder 40 is connected to the dehydrator motor 43 to rotate at high speed, thereby separating the large amount of water contained in the food. That is, the food is received inside the inner cylinder 40 by the inner cylinder 40 which rotates at high speed, so that the solid and the liquid are separated. The food mass remains in the inner cylinder 40 and the liquid is formed on the inner circumferential surface of the inner cylinder 40. It is separated to the outside through the 42 and the filter hole (41). The filter network 42 is made of a general fabric, such as the fabric of clothes to function primarily to purify the food.

The outer cylinder 50 is formed to have a larger diameter than the inner cylinder 40 on the outside of the inner cylinder 40. The outer cylinder 50 is a space in which the liquid (hereinafter referred to as water) separated from the inner cylinder 40 by being rotated at a high speed is accommodated, and a heat generating plate 51 is installed at an outer wall thereof, and a discharge hole 52 is formed at a lower portion thereof. The heating plate 51 is applied to the outside of the outer cylinder 50 to facilitate the drying of the dehydrated food. The discharge hole 52 is connected to the hose pipe 80 is to be formed in the lower portion of the outer cylinder 50 so that the dewatered water is discharged to the hose pipe (80).

The hot air blower 70 is connected to the outer cylinder 50 of the dehydrator 60 to dry the dehydrated food waste of the inner cylinder 40.

As shown in FIG. 4, according to another feature of the present invention, the hot air blower 70 includes a nonwoven fabric 73 in which a plurality of suction holes 72 are formed in an air intake port 71 formed at one side thereof, and Perfume 74 is provided is characterized in that it comprises a perfume barrel 75 in which the nonwoven fabric 73 is embedded.

The hot air fan 70 is formed at one side of the main body 10 so that the air flowing through the air inlet 71 is heated by a heater (not shown), and the inside of the dehydrator 60 by the fan 76 rotated. It is a device that sends hot air into the air. At this time, the non-woven fabric 73 in which the plurality of suction holes 72 are drilled in the air suction port 71 is immersed in the perfume barrel 75 containing the perfume 74. Therefore, the non-woven fabric 73 having excellent absorption power absorbs the perfume 74 and is supplied with a pleasant scent mixed with the air flowing through the air inlet 71, thereby reducing the odor generated by the food processor itself. It emits a fragrant aroma and provides a pleasant environment.

The hose pipe 80 is one side is connected to the discharge hole 52 formed in the dehydrator 60, the other side is connected to the first water filter (82) to purify the dehydrated water to the purified water container (90) Sending action. As shown in FIG. 3, the antibacterial material 81 is embedded in the hose pipe 80. The antimicrobial material 81 is made of a material that has an antimicrobial effect, such as ocher brick pieces or charcoal. Therefore, harmful bacteria contained in the water separated and separated from the food is purified through clean water through the hose pipe (80). The first water filter 82 is a conventional filter composed of a dense network, and functions to re-refine fine particles and can be replaced. That is, the second purified water is made through the antimicrobial substance 81, and the third purified water is made through the first water filter 82.

The water purification container 90 is formed below the main body 10 to form a space for storing purified water. A second water filter 91 for refining the purified water through the first water filter 82 is installed at an upper portion of the water purification container 90, and a charcoal 92 is embedded therein to provide purified water. It prevents germs from developing and completely purifies water with less purified water. The second water filter 91 has a ceramic ball inside the filter covered with a dense net to perform the antibacterial action of the purified water and to remove odors. Thus, the fourth integer is made through the second water filter 91 and the fifth order is made through the charcoal 92.

The submersible pump 100 is installed in the water purification tank 90 to pump the purified water stored in the water purification tank 90 to the upper through the water supply pipe 101 formed in the lid 20 Will be sent to (22).

The food crushed through the crusher 30 in the configuration as described above to remove moisture through the dehydrator 60, the remaining food waste is discharged to the outside and the dehydrated water is purified through the hose pipe 80 and the filter, The purified water stored in the purified water bottle 90 is sent back to the water sprayer 22 through the submersible pump 100 is sprayed to the grinder 30. As such, the water generated from the food waste itself is purified and reused through five stages of water purification without supplying water from the outside.

In addition, according to another feature of the present invention, one side of the lid 20 is characterized in that the lighting device 29 is installed.

The lighting device 29 is installed so that the food treatment device can be used at night.

The configuration and the operating state are described as preferred embodiments of the present invention, and are not limited to the scope of the embodiments. Various configurations can be changed without departing from the spirit of the invention.

As described above, the food waste recycling apparatus according to the present invention purifies the dehydrated water in five stages, and reuses the purified water by spraying the purified water into the crushing stage, so that the washing function and the crushing are easy, and the dehydrated water Since it is reused on its own without being discharged to the outside, it is environmentally friendly to prevent water pollution, and it is equipped with a device that emits incense to provide a comfortable working environment. This is a very useful invention that can be easily attached to work at night.

Claims (3)

A main body (10) having a hopper (11) formed to allow food to enter thereon, and a caster (12) installed to be movable at a lower portion thereof; A lid 20 formed at an upper portion of the main body 10 to open and close the hopper 11 by having a handle 21 formed at an upper side and a water sprayer 22 provided at a lower side thereof; The grinding blade 31 rotated inside the grinding tube 31 by the grinding tube 31 formed in the lower portion of the hopper 11 and the grinding motor 32 formed on one side of the grinding tube 31. A grinder 30 comprising a moving screw 34 provided and a grinder discharge port 35 formed at the other side of the grind tube 31 to discharge the crushed food; The inner circumference 40 is rotated by the dehydrator motor 43 and the food is discharged to the pulverizer discharge port 35 is formed by the filter hole 41 is perforated and the filter net 42 is formed on the inner circumferential surface, and Dehydrator 60 is formed on the outside of the inner cylinder 40, the heating plate 51 is installed on the outside and the discharge hole 52 is formed in the lower portion of the outer cylinder 50 to discharge the water dehydrated from the inner cylinder 40 Wow; A hot air blower (70) formed at one side of the dehydrator (60) to dry the dehydrated food waste of the inner barrel (40); Antibacterial material 81 is built therein, one side is connected to the discharge hole 52 of the dehydrator 60, the other side is connected to the first water filter 82 is a hose pipe (80) for purifying dehydrated water and; A second water purification filter 91 having a ceramic embedded therein on the upper side thereof and a purified water container 90 in which the purified water is accommodated since the charcoal 92 is built-in; The water pump (100) is installed in the interior of the water purification tank (90) and sends purified water to the water sprayer (22) formed in the lid 20 through the water pipe (101); Recycled food processor. The method of claim 1, The hot air blower 70 is a non-woven fabric 73 having a plurality of suction holes 72 formed in the air inlet 71 formed on one side, and a perfume 74 is provided therein so that the non-woven fabric 73 is embedded Food processor for recycling water, characterized in that it comprises a barrel (75). The method according to claim 1 or 2, One side of the lid 20 is a food processor for recycling water, characterized in that the lighting device 29 is installed.

Images