KR200365107Y1 - Multi Functional Foodwaste treatment device - Google Patents

Abstract

The present invention relates to a food waste treatment apparatus, and relates to a multipurpose food waste treatment apparatus capable of pulverizing special food waste such as shellfish and shellfish, and pulverizing general food waste containing ordinary water.

In order to achieve the above object, the present invention can put food waste, including a shell, a hopper that can adjust the size and position of the inlet according to the type of food waste; A main body through which food waste introduced from the hopper is processed; A cutting unit installed in the main body and cutting the food waste while cutting the food waste while the cutting blades arranged on the pair of cutting shafts engage the food waste introduced through the hopper; A pair of helical gears installed in the main body under the cutting part and installed in correspondence with the direction in which the cutting shaft is installed are engaged while moving the food waste first processed by the cutting part from one side of the helical gear to the other side. A pulverizing unit for grinding; A water treatment unit formed below the crushing unit to be detachably inclined downward from the other side of the helical gear toward the one side to collect and separate the water separated from the food waste to the one side; The other side of the water treatment unit provides a food waste treatment apparatus comprising a; waste treatment unit is collected and processed to remove the residue is water.

Description

Multi Functional Foodwaste treatment device

The present invention relates to a multi-purpose food waste processing apparatus, and more particularly, to a multi-purpose food waste processing apparatus capable of pulverizing hard and bulky food waste such as fish and shellfish, and also pulverizing general food waste. It is about.

Food waste refers to food waste that is thrown away at home or restaurant, food that is thrown away during the sale and distribution of food, garbage that is being trimmed during the cooking process such as homes and restaurants, food waste left after eating, and stored after distribution Contains food waste to throw away.

The amount of food waste generated per day is about 11,137 tons, about 4.1 million tons a year, or about 1,400 by 8 tons of trucks. Domestic waste generation declined in the early stages of the introduction of the waste-based waste system in 1995, but has recently been increasing gradually. Food waste has also continued to decline, but the decline is slowing. In particular, food waste still accounts for more than 23% of household waste.

In particular, shellfish such as shellfish and oysters are difficult to process due to their thick shells (shells), so they are simply discarded near beaches or fisheries and contaminate the coast.

Therefore, a method of crushing the shells or using them as feed or fertilizer is being studied.

The fish and shellfish crusher according to the prior art is a gear-type crusher, and as shown in FIGS. 5 and 6, the handle 4 exposed to the outside of the housing (not shown) is interlocked with the transfer gear 6 and the transfer gear ( 6) by rotating the drive gear 7 engaged with the drive gear 7 and rotating the interlocking gear 1b engaged with the gear 1a while the gear 1a interlocked with the drive gear 7 rotates, thereby causing the gear 1a to rotate. And the protruding blades 2 protruding integrally from the interlocking gear 1b are interlocked with each other to crush the shells of fish and shellfish therebetween.

By the way, the conventional fish and shellfish grinder can only grind shells, and cannot use it for general food processing, such as vegetables.

Accordingly, an object of the present invention is to provide an apparatus for treating shells, which are primarily left in the coast and the like by finely crushing shells such as fish shells, causing environmental pollution.

In addition, another object of the present invention is to provide a food waste processing apparatus that can not only process the shell, but also can be utilized by grinding the general food waste containing a large amount of moisture.

1 is a block diagram showing a multi-purpose food waste processing apparatus according to an embodiment of the present invention.

Figure 2 is a cross-sectional view showing a multi-purpose food waste treatment apparatus according to an embodiment of the present invention.

Figure 3 is a longitudinal sectional view showing a multi-purpose food waste treatment apparatus according to an embodiment of the present invention.

4 is a plan view illustrating a cut portion of FIG. 3.

5 and 6 is a view showing a shellfish crusher according to the prior art.

Description of the main parts of the drawing

10: hopper 12: entrance

20: body 21: internal body

22: first opening 23: first processing space

24: second processing space 25: second opening

26: outer body 30: cutout

31: cutting axis 32: cutting blade

33: gap adjusting ring 40: grinding part

41: helical gear 42: axis of the helical gear

50: punching network 51: first opening

52: second opening 60: driving means

61: spur gear 65: chain gear

66: chain 67: drive shaft

68: drive motor 70: water treatment unit

80: residue treatment unit 100: food waste disposal apparatus

In order to achieve the above object, the food waste including the shell can be put, and the hopper to adjust the size of the inlet according to the type of food waste; A main body through which food waste introduced from the hopper is processed; A cutting unit installed in the main body and cutting the food waste while cutting the food waste while the cutting blades arranged on the pair of cutting shafts engage the food waste introduced through the hopper; A pair of helical gears installed in the main body under the cutting part and installed in correspondence with the direction in which the cutting shaft is installed are engaged while moving the food waste first processed by the cutting part from one side of the helical gear to the other side. It includes a crushing unit for grinding.

In addition, the water treatment unit is formed to be inclined downward toward the one side from the other side of the helical gear under the crushing unit to collect and separate the water separated from the food waste to the one side; The other side of the water treatment unit provides a food waste treatment apparatus comprising a; waste treatment unit is collected and processed to remove the residue is water.

The cutting unit according to the present invention is interposed between a pair of cutting shafts installed under the hopper, a plurality of cutting blades coupled to the cutting shafts respectively, and cutting blades coupled to each cutting shaft to be engaged with each other. And a driving means for transmitting the driving force to the cutting shaft outside the main body and intersecting the cutting blade portion to rotate downward.

The grinding part according to the present invention transmits a driving force to the shaft of the helical gear and a pair of helical gears installed parallel to the cutting shaft under the cutting part, and rotates the blades of the helical gear to cross in a downward direction. Drive means. At this time, the driving means is connected to operate the cutting unit and the grinding unit in conjunction.

The drive means according to the present invention is a spur gear which is engaged with the cutting shaft portion protruding out of the main body and the shaft of the helical gear so as to rotate by interlocking the cutting blade and the helical gear, and the spur gear provided on one cutting shaft. It includes a chain gear fastened to the outside, and a drive shaft is connected to the chain gear and the chain to provide a driving force to the chain gear.

At this time, the spur gear intersects the first spur gear which is fastened to one end of the cutting shaft on one side and is engaged with each other, and the second spur gear which is fastened to the shaft of the helical gear on the side where the first spur gear is installed and engaged with each other. And an intermediary third spur gear engaged between the first spur gear and the second spur gear on one side such that the cutting blade and the blade of the helical gear can rotate downward together. At this time, the axis of the third spur gear is supported on the outer surface of the main body between the first spur gear and the second spur gear.

The food waste treatment apparatus according to the present invention further includes an perforated network surrounding the outer circumferential surface of the helical gear in the main body and discharging the water separated from the food waste to the water treatment unit. At this time, a portion of the perforated network corresponding to the upper portion of one side of the helical gear is opened so that the food waste passed through the cutting portion into the helical gear is opened.

The water treatment unit according to the present invention includes a water collection passage formed inclined downward from the other side of the helical gear toward one side under the crushing unit, and a septic tank installed under one side of the water collection passage to purify the collected water. The septic tank is installed under one side of the water collecting passage to process the collected water, a filter for filtering the water introduced through the water collecting passage inside the septic tank body, and the water passing through the filter to discharge the water out of the septic tank body. It includes a discharge pipe.

And it further comprises a drying unit for drying the residue is added to the waste treatment unit according to the present invention.

In addition, a second grinding unit may be further installed between the cutting unit and the grinding unit.

In addition, the multifunctional food waste processing apparatus according to the present invention further includes a pre-treatment unit for removing salt and contaminants contained in the food waste before the food waste is put into the hopper. In this case, the pretreatment unit includes a washing / dehydrating unit that performs at least one washing / dehydrating process of food waste, a heating unit that removes water remaining in the food waste by heating the food waste that has passed through the washing / dehydrating unit, and washing. / Purification section for treating contaminated water discharged from the dehydration section.

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

1 is a block diagram showing a food waste processing apparatus 100 according to an embodiment of the present invention. 2 is a cross-sectional view showing a food waste processing apparatus 100 according to an embodiment of the present invention. 3 is a longitudinal sectional view showing a food waste treatment apparatus 100 according to an embodiment of the present invention. 4 is a plan view illustrating the cut portion 30 of FIG. 3.

1 to 4, the food waste processing apparatus 100 according to the embodiment of the present invention is a pre-processing unit 90, the hopper 10 is made of the food waste passed through the pre-treatment unit 90 and , The main body 20 in which the food waste introduced through the hopper 10 is processed, the cutting unit 30 and the crushing unit 40 installed in the main body 20 to cut and crush the food waste, and the main body 20. Is installed under the water treatment unit 70 to process moisture generated during food waste treatment, and food waste (hereinafter referred to as 'waste') installed under the main body 20 to remove moisture is collected and processed. Residue processing unit 80 is included. In addition, the driving means 60 is connected to the cutting unit 30 and the crushing unit 40 to work together.

Specifically, the pretreatment unit 90 is a part for removing salt or contaminants contained in the food waste so that the food waste can be recycled, and a washing / dehydrating unit 91 for washing and dehydrating the food waste, and washing. It includes a heating unit 92 for heating to remove some of the water remaining in the food waste passed through / the dehydration unit 91, the food waste passed through the heating unit 92 is introduced into the hopper (10). At this time, the washing / dehydrating unit 91 performs at least one washing and dehydration process to remove salts or contaminants contained in the food waste. And, of course, it is possible to further install a purification unit 93 for treating the contaminated water discharged from the washing / dewatering unit 91.

Hopper 10 is a food waste inlet that can adjust the size and position of the inlet 12 according to the type or amount of food waste is installed on the upper portion of the main body 10. For example, when processing general food waste, the inlet 12 of the hopper is open to one side so that only a portion of the upper portion of the main body 10 is exposed, and when the shell is processed, the inlet 12 of the hopper is at maximum It is preferable to use openly.

The main body 20 is a portion in which food waste input through the hopper 10 is processed, and the processing spaces 23 and 24 in which the cutting portion 30 and the crushing portion 40 may be sequentially installed from the top to the bottom thereof. Is formed. In particular, the main body 20 has a first opening 22 connected to the inlet 12 of the hopper at the upper portion, and a second opening 25 connected to the water treatment unit 70 and the residue treatment unit 80 at the lower portion thereof. It is.

In addition, the main body 20 connects the first opening 22 and the second opening 25 to the inner body 21 in which the processing spaces 23 and 24 are formed to correspond to the shapes of the cutting portion 30 and the crushing portion 40. ) And an outer main body 26 surrounding the inner main body 21 to protect the inner main body 21. At this time, the processing spaces 23 and 24 of the inner body 21 are connected to the first processing space 23 having the cutting portion 30 and the first processing space 23 and the second processing provided with the crushing portion 40. It is preferable that the first processing space 23 including the space 24 and the first processing of the food waste be formed larger than the second processing space 24 where the second processing of the food waste is performed. From the 1st opening part 22, the 1st processing space 23, the 2nd processing space 24, and the 2nd opening part 25 are closely connected vertically.

The cutting part 30 is a part that primarily processes food waste introduced through the hopper 10, and is installed in parallel to the direction in which the inlet 12 of the hopper is formed under the hopper 10, and both ends thereof are disposed on the main body 20. A pair of cutting shafts 31, a cutting blade 32 respectively coupled to the cutting shaft 31, and cutting blades 32 respectively coupled to the cutting shaft 31 so as to be engaged with each other. 32, the cutting ring 32 interposed between the cutting edge 32 and the cutting blade 32, which transmits the driving force to one end of the cutting shaft 31 protruding outward from the main body 20, interlock with each other and face downward. Drive means 60 for rotating. Detailed description of the driving means 60 will be described later. At this time, both ends of the cutting shaft 31 protruding out of the main body 20 are axially supported by the bearing 35. Reference numeral 34 denotes a space where the food waste is finely cut on the cutting blade 32.

On the other hand, the cutting blade 32 is formed on the inner wall of the first processing space 23 in a range that does not come into contact with the inner wall of the first processing space 23 so that the food waste can be finely cut by the rotation of the cutting blade 32. It is installed in close proximity.

In order to prevent the inner wall of the first processing space 23 from being worn by mechanical contact with the food waste to be cut when the cutting process is performed by the cutting unit 30 in the first processing space 23, Interchangeable wear protection pads 23a are provided on the inner wall of the first processing space 23. It is preferable to use a steel plate as the abrasion prevention pad 23a.

In addition, in the embodiment of the present invention, the cutting blade 32 discloses cutting blades having three blades formed at the same angle, but cutting blades having one to four blades formed at the same angle may be used. For example, two blades are formed at 180 degrees to each other, three blades are formed at 120 degrees to each other, and four blades are formed at 90 degrees to each other. At this time, since the pair of cutting blades 32 are installed in the form of interlocking with each other, even if the cutting blade formed with one or more blades can be used to cut the food waste introduced into the cutting portion.

The grinding unit 40 is installed in the second processing space 24 under the cutting unit 30, and the cutting unit 30 is engaged with a pair of helical gears 41 installed parallel to the cutting shaft 31. The food waste processed by the primary is ground while moving from one side of the helical gear 41 to the other side. The crushing unit 40 includes a pair of helical gears 41 arranged in parallel in a direction in which the cutting shaft 31 is installed below the cutting unit 30, and shafts 42 of the helical gears protruding outside the main body 20. It includes a drive means 60 for transmitting the driving force to one end of the () to rotate so that the part of the helical gear 41 intersecting downward. At this time, both ends of the shaft 42 of the helical gear protruding out of the main body 20 are supported by the bearing 45.

At this time, the perforated network 50 surrounding the outer circumferential surface of the helical gear 41 in the second processing space 24 may be further provided. The perforation network 50 discharges the water separated in the food waste to the water treatment unit 70. That is, the food grounds pulverized by the helical gear 41 are compressed and contracted while moving in one direction by the rotational force of the helical gear 41, and the water contained in the food wastes is juiced and the extracted water is perforated network 50. Through the water treatment unit 70 is discharged.

A part 51 of the perforated network 50 corresponding to one side upper portion of the helical gear 41 so that the first processed food waste can be introduced into the helical gear 41 into the helical gear 41. Is open. Therefore, it is preferable that the inlet 12 of the hopper is opened so as to face a portion corresponding to the first opening 51 of the perforated network during general food waste disposal. In addition, the first opening part 51 is formed in the perforated network 50 corresponding to the starting point of the helical gear 41.

The portion 52 of the perforated network 50 corresponding to the other side lower portion of the helical gear 41 so that the moisture is removed from the helical gear 41 and the remaining debris can be collected by the waste treatment unit 80. The open section 'is also open.

In addition, the helical gear 41 is not in contact with the inner wall of the second processing space 24 so that the food waste can be pulverized by the rotation of the helical gear 41. It is installed close to the inner wall.

On the other hand, the perforated net is preferably used for general food waste treatment, and when the shell of the shellfish is treated, it is preferable to be detached.

In order to prevent the inner wall of the second processing space 24 from being worn by mechanical contact with the crushed food waste when the cutting process is performed by the crushing unit 40 in the second processing space 24, Interchangeable wear protection pads 24a are provided on the inner wall of the second processing space 24. It is preferable to use a steel plate as the abrasion prevention pad 24a.

The driving means 60 is fastened to the cutting shaft 31 protruding out of the main body 20 and the shaft 42 of the helical gear so that the cutting shaft 31 and the helical gear 41 can rotate together. The interlocked spur gear 61, the chain gear 65 fastened to the outside of the spur gear 62 provided on the cutting shaft 31 on one side, and the drive shaft 67 are the chain gear 65 and the chain ( 66 is connected to the drive motor 68 for providing a driving force to the chain gear (65). At this time, the spur gear 61 is fastened to the cutting shaft 31 on one side and engaged to the shaft 42 of the helical gear on the side where the first spur gear 62 and the first spur gear 62 are engaged with each other. A first spur gear 62 on one side so as to include a second spur gear 63 engaged with each other, so that the intersecting cutting blade 32 and the blade of the helical gear 42 can rotate together downward. And a third spur gear 64 for engagement between the second spur gear 63 and the second spur gear 63. Therefore, since the first spur gear 62 and the second spur gear 63 are engaged with each other with the third spur gear 64 interposed therebetween, the first spur gear 62 and the second spur gear 63 are separated. The direction of rotation is the same. At this time, the shaft 69, on which the third spur gear 64 is installed, is supported on the outer surface of the main body 20 between the first spur gear 62 and the second spur gear 63.

Referring to the operation relationship of the drive means 60, when the driving force of the drive shaft 67 of the drive motor 68 rotates the chain gear 65 through the chain 66, the chain gear 65 is The first spur gear 62 of the installed cutting shaft 31 is rotated, and the second spur gear 63 meshed with the third spur gear 64 to the rotation of the first spur gear 62 is also the first spur. The gear 62 rotates in the same direction as the direction in which the gear 62 rotates.

The cutting shaft 31 and the shaft 42 of the helical gear adjust the distance between the shafts within a range not in contact with the inner walls of the first and second processing spaces 23 and 24 according to the type of food waste to be treated. Can be. At this time, it is preferable that the distance between the axes is adjusted by moving only one of the two axes.

An lubrication-free bearing can be used as the bearings 35 and 45 on which the cutting shaft 31, the shaft 42 of the helical gear, and the shaft 69 of the third spur gear are bearing.

The water treatment unit 70 includes a water collecting passage 71 installed below the crushing unit 40 and a septic tank 72 installed at the discharge end 76 of the water collecting passage 71 to purify the collected water. .

The water collection passage 71 is preferably formed to be inclined downward in the opposite direction to the traveling direction of the helical gear 41. That is, the water collection passage 71 is formed to be inclined downward from the end point of the traveling direction of the helical gear 41 in the starting point direction, and separated from food waste in the operation of the helical gear 41 to collect the water dropped down. It is formed to be connected to the second opening 25 of the inner body 21 surrounding the helical gear 41 so that it can be. The reason for forming the water collecting passage 71 as described above is that food wastes that are crushed by the helical gears 41 are compressed and contracted while being driven in one direction by the rotational force of the helical gears 41. The moisture is juiced and the extracted water is discharged through the perforation network 50, and then, since the water is removed at the end point of the helical gear 41 and the remaining residue is discharged, the helical gear is discharged from the residue. This is because it is preferable to form the septic tank 72 at a point opposite to the end point of the 41.

The septic tank 72 is installed in the discharging end 76 of the water collecting passage 71 and is disposed in the septic tank body 73 and the septic tank body 73 to process the collected water, and is provided through the water collecting passage 71. And a discharge pipe 75 for discharging the water passing through the filter 74 out of the septic tank body 73. At this time, the discharge end 76 of the water collecting passage 71 is preferably formed inside the filter 74 close to the bottom surface of the septic tank body 73, the discharge pipe 75 starts from the top of the septic tank body 73 It is preferable to form so as to face below the septic tank main body 73.

And the residue treatment unit 80 is installed in close proximity to the end point of the helical gear 41, the waste discharge port 81 is discharged from the residue is removed, and the waste collection bin 82 is collected. The waste outlet 81 is preferably formed to be connected to the point of the water collection passage 71 close to the end point of the helical gear 41. In other words, the waste passing through the water collecting passage 71 is collected into the waste collection bin 82 through the second opening 52 and the waste outlet 82 of the perforated network.

At this time, the second opening 52 and the waste outlet 81 of the perforated network is preferably formed at the same position in the vertical direction so that the residue can be smoothly discharged to the waste collection box 82. Of course, the passage of the waste outlet 81 has an inner diameter that may include the second opening 52.

In addition, since some moisture remains in the waste collected by the waste collection box 82, a drier may be further installed in the waste treatment unit 80 to dry the waste collected by the waste collection. The dryer may be installed to spray hot wind on the dregs falling through the dregs outlet 81 to remove water remaining in the dregs.

And although the main body 20 may be manufactured in one piece, the main body 20 may be manufactured in a separate type so that the maintenance process for the main body 20 can be easily performed. That is, the outer side of one side of the first processing space 23 corresponding to the axial direction of the cutting shaft 31 so that the first processing space 23 can be opened and closed in half with respect to the axial direction of the cutting shaft 31. The hinge shaft 27 is installed, and the clamp 28 is installed on the side facing the hinge shaft 27. Therefore, through the opening and closing of the clamp 28, the internal cleaning of the first processing space 23 and the replacement of the parts and the wear prevention pad 23a can be easily performed.

Of course, a hinge shaft and a clamp are also provided on the outer surface of the second processing space 24 so that the second processing space 24 can be opened and closed in half with respect to the axis 42 direction of the helical gear.

Referring to the process of processing food waste with the food waste treatment apparatus 100 having such a structure, first, the pretreatment unit 90 proceeds to remove the salt and contaminants contained in the food waste, and then the hopper 10. Is put into. That is, in order to remove salts and contaminants included in the food waste, the washing and dehydration process is repeatedly performed in the washing / dehydrating unit 91 and then the drying unit is introduced into the hopper 10 after the drying process is performed by the heating unit 92. do.

Meanwhile, before the food waste pretreated with the hopper 10 is driven, the driving unit 60 is driven to operate the cutting unit 30 and the crushing unit 40.

In this way, the food waste is cut into the first processing space 23 through the hopper 10 while the cutting portion 30 and the crushing portion 40 of the food waste are interlocked to operate. Then, the pair of cutting blades 32 of the cutting portion 30 provided in the first processing space 23 is finely cut the food waste in the first processing space 23 while the intersecting portion is rotated downward while engaging with each other.

Next, the firstly processed food waste is naturally introduced into the second processing space 24 from the first processing space 23. Then, when the pair of helical gears 41 of the crushing unit 40 installed in the second processing space 24 are engaged with each other, the intersecting portion rotates downward to crush the food waste in the second processing space 24. Is done.

At this time, the food waste that is crushed by the helical gear 41 proceeds in one direction by the rotational force of the helical gear 41 while compressing and contracting the juice contained in the food dregs, and the extracted water extracts the perforated network 50. The water is discharged through the water collecting passage 71, and the water discharged into the water collecting passage 71 is sent to the septic tank 72 to be purified and then discharged out through the discharge pipe 75.

And the residue that came to the end point of the helical gear 41 is discharged to the waste collection bin 82 through the residue discharge port 81.

On the other hand, embodiments of the present invention disclosed in the specification and drawings are merely presented specific examples to aid understanding, and are not intended to limit the scope of the present invention. It is apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be carried out in addition to the embodiments disclosed herein. For example, in the embodiment of the present invention, an example in which the pulverization unit includes a pair of helical gears is disclosed, but may be formed by a combination of two or more helical gears according to the processing capacity of food waste. If helical gears are installed in multiple stages, perforations are installed on the outer circumferential surface of the helical gear located at the bottom.

Therefore, according to the structure of the present invention, after cutting the shells such as shellfish and shellfish in the cutting portion finely pulverized again by the helical gear of the grinding portion of the multi-purpose food waste that can significantly reduce the volume of the waste by finely crushing the shell shell of the double It provides a processing device.

In addition, according to the multipurpose food waste disposal apparatus of the present invention, the size and position of the hopper inlet can be adjusted, and the cutting blades can be installed so that the cutting blades can be interchangeably installed. To provide a device.

In addition, it can be used as a food treatment device consisting of a hopper, a cutting part, and a pulverization part in the treatment of food waste such as shells, and in the case of a food waste treatment containing a large amount of water such as vegetables, a water treatment part, a waste disposal part, and the like. Since it can be easily attached and used to provide a versatile food waste treatment apparatus.

Moreover, since the space | interval between cutting blades and the space | interval of a helical gear can be adjusted, it becomes possible to deal with food waste appropriately according to the size of food waste.

In addition, since the cutting blade is replaceable, it is possible to replace the blade to suit the type of food to be treated, and because some cutting blades can be replaced to provide an economical food waste disposal apparatus that can be used to replace only the worn or damaged cutting blade. Done.

In addition, the periphery of one side is installed on the outer peripheral surface of the helical gear, so that the food waste can be compressed and discharged, and the water treatment part includes a septic tank to purify the water, so it is an environmentally friendly food waste that does not cause waste water. It provides a processing device.

In addition, by further comprising a drying unit for drying the residue to be added to the waste treatment unit, to provide an environmentally friendly food waste treatment apparatus that can be used as compost by drying the residue once removed from the water treatment unit once more.

In addition, since the second crushing unit may be installed between the cutting unit and the crushing unit, when finer pulverization is required according to a large capacity or a purpose, a food waste processing apparatus suitable for this is provided.

In addition, before the food waste is put into the hopper further includes a pre-treatment to remove the salt and contaminants contained in the food waste to provide a food waste processing apparatus that can be used as a compost directly without food waste.

In addition, the main body is provided with a hinge shaft and a clamp for opening and closing the main body in half about the cutting shaft or the central axis of the helical gear, so that the inside of the main body can be easily cleaned and the parts can be easily replaced and maintained. Provide a waste disposal apparatus.

In addition, since the rigid wear protection pad is replaceably installed on the inner wall of the main body, it is possible to prevent the main body from being damaged by mechanical contact with the cut food waste.

Claims (11)

A food waste including a shell, and a hopper for adjusting the size or position of the inlet according to the type of food waste; A main body through which food waste introduced from the hopper is processed; A cutting unit installed in the main body and cutting the food waste while cutting the food waste while the cutting blades arranged on the pair of cutting shafts engage the food waste introduced through the hopper; A pair of helical gears installed in the main body under the cutting part and installed in correspondence with the direction in which the cutting shaft is installed are engaged while moving the food waste first processed by the cutting part from one side of the helical gear to the other side. Multipurpose food waste treatment apparatus comprising a; crushing unit for crushing. The water treatment apparatus of claim 1, further comprising: a water treatment unit formed below the crushing unit and inclined downward from the other side of the helical gear toward the one side to collect and separate the water separated from the food waste to the one side; The other side of the water treatment unit is a waste treatment unit for collecting and processing the debris from the water is removed; multi-purpose food waste treatment apparatus further comprises. The method of claim 1, wherein the cut portion, A pair of said cutting shafts provided below said hopper; The cutting blades coupled to the cutting shafts so as to be interchangeable with each other; A spacing ring interposed between the cutting blades so that the cutting blades coupled to each of the cutting shafts can be engaged with each other; And drive means for transmitting the driving force to the cutting shaft outside the main body to rotate the cutting blade portion to cross in the downward direction. The method of claim 1, wherein the grinding unit, A pair of the helical gears installed below the cutting portion in parallel to the cutting axis; And driving means for transmitting the driving force to the shaft of the helical gear outside the main body to rotate the blade of the helical gear crossing in the downward direction. The drive means, A spur gear engaged with the cutting shaft portion projecting out of the main body and the shaft of the helical gear so as to rotate by interlocking the cutting blade and the helical gear; A chain gear fastened to an outer side of a spur gear installed at the cutting shaft on one side; A drive shaft is connected to the chain gear and the chain is a drive motor for providing a driving force to the chain gear; characterized in that it comprises a, multi-purpose food waste disposal apparatus. According to claim 1, The periphery of the helical gear in the main body, the perforated network for discharging the water separated from the food waste to the water treatment unit is further provided, And a portion of the perforated network corresponding to an upper portion of the helical gear is opened so that food waste can be introduced into the helical gear. The method of claim 2, wherein the moisture treatment unit, A water collection passage formed inclined downward from the other side of the helical gear toward the one side under the crushing unit; A septic tank is installed under one side of the water collection passage to purify the collected water; The septic tank is installed under one side of the water collecting passage and the septic tank body for processing the collected water; A filter installed inside the septic tank body and filtering water introduced through the water collecting passage; And a discharge pipe for discharging water passing through the filter to the outside of the septic tank main body. The multipurpose food waste treatment apparatus according to any one of claims 2 to 6, further comprising a drying unit for drying the residues fed to the waste treatment unit. The multipurpose food waste treatment apparatus according to any one of claims 1 to 6, wherein a second grinding unit is further provided between the cutting unit and the grinding unit. The method according to any one of claims 1 to 6, further comprising a pre-treatment unit for removing the salt and contaminants contained in the food waste prior to feeding the food waste into the hopper, The preprocessing unit, A washing / dehydrating unit for performing at least one washing and dehydration process of the food waste; A heating unit which heats the food waste that has passed through the washing / dehydrating unit and removes water remaining in the food waste to some extent; Multifunctional food waste processing apparatus comprising a; purifying unit for processing the contaminated water discharged from the washing / dewatering unit. The hinge shaft according to any one of claims 1 to 6, wherein the main body opens and closes the main body in half about a cutting axis of the cutting part or a central axis of the helical gear of the crushing part. And a clamp is installed on the side facing the hinge shaft. The method of claim 1, wherein the inner wall of the main body is provided with a rigid wear protection pad is replaceable to prevent wear by mechanical contact with the food waste being cut. , Multifunctional food waste disposal device.