KR102167765B1 - Device for treating food waste - Google Patents

Abstract

The present invention relates to a device for treating food waste, and more specifically, to a device for treating food waste, capable of treating wasted food using microorganisms. The device for treating food waste of the present invention had advantages of preventing food from sticking to an inner circumferential surface of a food dissipating tank by wing head portions of first and second stirring wings rotated closed to the inner circumferential surface of the food dissipating tank, and improving food treatment efficiency by improving stirring efficiency by first and second stirring units rotated in opposite directions. Also, the device for treating food waste of the present invention has an advantage of improving decomposition efficiency by promoting reaction between food and microorganism by circulating discharged heated gas around a lower part of the food dissipating tank and discharging the same.

Description

Food waste disposal device {Device for treating food waste}

The present invention relates to a food waste processor, and more particularly, to a food waste processor capable of treating food waste by using microorganisms.

In households and restaurants, a certain amount of food waste is inevitably generated every day, and the food waste generated in this way contains a lot of moisture on its own, causing a bad smell along with decay in the waiting process for disposal. .

In particular, due to the nature of Korean food culture, food waste has a lot of moisture and salt content, so if it is landfilled as it is, it causes serious environmental pollution such as soil pollution and groundwater pollution by leachate, and requires extensive landfill sites as well as incineration. It is difficult and the severity of the treatment is very high.

Accordingly, as part of the efficient treatment plan for food waste, a plan to recycle food waste as feed for livestock or fertilizer (compost) for soil improvement is being actively promoted, but the effectiveness is not so high due to the salt contained in a large amount. This is insignificant.

Therefore, landfill and incineration are still the main methods of food waste disposal, and the risk of environmental pollution is increasing day by day.In addition, such conventional food waste disposal methods are inevitable in the collection, transport, and There was also a problem that a large-scale treatment facility was required, as well as the generation of odors and troubles caused by storage.

On the other hand, as a solution to the problem of such a typical food waste disposal method, in recent years, for example, food dryers that allow food waste generated in each household to be heated and dried to be discharged have appeared. Not only did it take a long time, but the power consumption was significant, so it could not be an appropriate solution.

Accordingly, in recent years, a number of food waste disposal machines using microorganisms in the form of disposing of food waste generated at home, etc. into a liquid form simply by using aerobic microorganisms and directly discharged to the sewage without a separate collection process, have been proposed. Patent Nos. 10-1463574 and 10-1351606 are mentioned.

As described above, in general, the food waste treatment device and the decomposition/decomposition device promote decomposition while stirring between the food and microorganisms as the stirring member rotates, and the food can be fixed to the inner circumference of the treatment tank or the stirring chamber, so that the stirring and decomposition efficiency is improved. There is a falling problem.

Republic of Korea Patent Publication No. 10-1351606: Food waste disposal device Republic of Korea Patent Publication No. 10-1463574: Food waste disassembly/extinguishing device

The present invention is to solve the above problems, the stirring efficiency is improved so that food is not fixed to the inner circumference of the treatment tank and the decomposition of the food by microorganisms is promoted, and the discharged heated gas stores food and microorganisms. It is intended to provide a food waste disposal device that can increase decomposition efficiency by circulating around the food waste tank.

The food waste treatment apparatus of the present invention for achieving the above object comprises: a housing having a first internal space and having a first inlet for inputting food; A food dissipation tank mounted in the first internal space, having a second inlet communicating with the first inlet, and having a second inner space in which microorganisms for treatment of food introduced through the second inlet are stored; First and second stirring units extending parallel to each other in the food extinction tank and rotating in opposite directions to promote decomposition while mixing food and microorganisms; A driving unit for rotating the first and second stirring units; An external air intake unit for introducing external air into the food extinction tank; And a gas discharge unit for discharging gas generated while the food and microorganisms react in the food dissipation tank, wherein the first stirring unit is connected to a driving gear of the driving unit coupled to the outside of the food dissipation tank, and the The second stirring unit is connected to the driven gear of the driving unit, which is engaged with the driving gear on the outside of the food waste tank and rotated in a direction opposite to the driving gear.

The food dissipation tank is bent convexly downward in a semi-elliptical shape so that the lower portion of the second inner space is formed to correspond to the rotational orbit radius of the first and second stirring units, and the first and second stirring units are A plate-shaped vanishing tank body to be accommodated; It is coupled to both open sides of the vanishing tank body to close both sides of the second inner space, and the edges are formed to contact each of the inner circumferential surfaces facing the housing, so that the first inner space and the second inner space Divided into a first compartment in which the drive unit is accommodated and a second compartment in which the outside air intake unit and the gas discharge unit are accommodated, and the bottom and side parts of the extinguishing tank main body are spaced apart from the inner circumferential surface of the housing to inflow outside air. First and second side plates protruding downward and laterally with respect to the vanishing tank main body to form a space; It is preferable to include a; a top plate covering the open upper portion of the vanishing tank body portion and having the second inlet.

The food dissipation tank is located above the center of the bottom of the dissipation tank body so that food does not stagnate in the space formed by the rotational orbit radii formed by the rotation of the first and second stirring units and the bottom of the extinguishing tank body. It is preferable that the food congestion prevention pipe is formed to become narrower as it goes to and extends in the longitudinal direction of the food dissipation tank and is equipped with a first heater for promoting half a layer of food and microorganisms therein.

The first stirring unit is horizontally extended at a position spaced apart by a predetermined interval from a vertical upper side of the food congestion prevention pipe to one side in the width direction of the food dissipation tank, and one end penetrates the food dissipation tank and is coupled to the driving gear. A shaft and a plurality of first stirring blades arranged in a helical shape are installed at equal intervals in the longitudinal direction of the first stirring shaft, but formed at equal intervals in the circumferential direction on the outer peripheral surface of the first stirring shaft, and the second The stirring unit is vertically above the food congestion prevention pipe to the other side in the width direction of the food waste tank, and the first stirring axis and the first stirring axis at a separation distance corresponding to a distance vertically above the food congestion prevention pipe. A second stirring shaft extending side by side and having one end passing through the food dissipation tank and coupled to the driven gear, and mounted at a position corresponding to the first stirring blade on the outer circumferential surface of the second stirring shaft are separated from each other at equal intervals The second stirring shaft is rotated opposite to the first stirring shaft, and the plurality of first stirring blades are spaced at the same angle in the circumferential direction opposite to the direction in which the plurality of first stirring blades are spaced apart in the circumferential direction. It is preferable to have a plurality of second stirring blades formed to be arranged in a spiral shape.

As long as the plurality of the first or second stirring blades is located on the outermost side of the plurality of first or second stirring blades in the longitudinal direction of the first or second stirring shaft and interviews one or the other surface of the food waste tank It is preferable to include a pair of outermost stirring blades and a plurality of inner stirring blades positioned between the pair of outermost stirring blades.

In the food waste handler of the present invention, the wing heads of the first and second stirring blades are rotated close to the inner circumferential surface of the food dissipating tank to prevent food from sticking to the inner circumferential surface of the food dissipating tank, and the first and second rotating directions rotated in opposite directions. There is an advantage in that the stirring efficiency is improved by the 2 stirring unit, so that the food treatment efficiency can be improved.

In addition, the food waste treatment apparatus of the present invention has an advantage in that the discharged heated gas is circulated and discharged around the lower portion of the food waste tank, thereby promoting a reaction between food and microorganisms, thereby improving decomposition efficiency.

1 is a perspective view of a food waste processor according to a first embodiment of the present invention,
FIG. 2 is a partial perspective view of the food waste processor of FIG. 1,
3 is a left side view of the food waste treatment machine of FIG. 1,
4 is a partial perspective view of the food waste treatment machine of FIG. 1,
5 is a partial perspective view of the food waste processor of FIG. 1,
6 is an exploded perspective view of the food waste disposal tank of the food waste treatment device of FIG. 1,
7 is a partial cross-sectional view of a food waste disposal tank of the food waste treatment device of FIG. 1,
8 is a partial perspective view of a stirring unit mounted in the microbial reaction tank of FIG. 7,
9 is a partial side view of the first or second stirring unit of the food waste treatment machine according to the second embodiment of the present invention,
10 is a partial perspective view of the first or second stirring unit of the food waste treatment machine according to the third embodiment of the present invention,
11 is a perspective view of a stirring unit of the food waste treatment machine according to the fourth embodiment of the present invention,
12 is a partial perspective view of the stirring unit of the food waste treatment machine according to the fifth embodiment of the present invention,
13 is a side cross-sectional view of the food waste processor of FIG. 12.

Hereinafter, a food waste processor according to the present invention will be described in more detail with reference to the accompanying drawings.

1 and 8 illustrate a food waste processor according to a first embodiment of the present invention.

A food waste processor 1 according to an embodiment of the present invention includes a housing 10 having a first internal space and having a first inlet 14 for feeding food at an upper portion thereof; A second inner space (a second inlet 57 that is mounted in the first inner space and communicates with the first inlet 14) is formed, and microorganisms for the treatment of food introduced through the second inlet 57 are stored therein ( A food dissipation tank 40 having 52); First and second stirring units (70, 90) extending in parallel with each other in the food extinction tank (40) and rotating in opposite directions to promote decomposition while mixing food and microorganisms; A driving unit 110 for rotating the first and second stirring units 70 and 90; An external air intake unit 145 for introducing external air into the food extinction tank 40; And a gas discharge unit 165 for discharging gas generated while the food and microorganisms react in the food extinction tank.

The upper front of the housing 10 is inclined, and a first inlet 14 and an opening and closing door 16 for opening and closing the first inlet 14 are mounted on the inclined portion.

The housing 10 has a base portion 11 formed in the shape of a square plate, and is located at the center of the base portion 11, surrounds the food dissipation tank 40 to be described later, and a first inlet 14 is formed, and an inlet opening and closing door ( 16) is mounted on the vanishing tank housing part 13, the driving unit housing portion 21 surrounding the driving unit 110 mounted on the other side of the food waste tank 40, and one side of the food waste tank 40 And a gas intake and discharge unit housing portion 26 surrounding the mounted outdoor air suction unit and the gas discharge unit.

At the lower end of the entrance opening and closing door 16, an opening and closing bar 18 is mounted on the front side of the housing 10 in the longitudinal direction, that is, in the left and right direction, so that the user can manipulate the opening and closing door. The other ends of the plurality of gas type shock absorbers 17 rotatably mounted on the inclined surface of the jaw housing 13 are rotatably mounted respectively.

The drive unit housing part 21 is equipped with first and second side opening and closing doors 23 and 24 that rotate to open the first compartment 22 to be described later, and the gas intake and discharge unit housing part 26 will be described later. The third and fourth side opening and closing doors 28 and 29 which rotate to open the second compartment 27 are mounted.

Although not shown, it is preferable that the fifth and sixth side opening and closing doors for opening the outside air inflow space 50 are mounted on the side facing the rear of the extinguishing tank housing 13.

In the first compartment 22 of the drive unit housing 21, a drive motor 115, a reducer 117 connected to the drive motor, a hydraulic unit 119 for controlling fluid supply required for driving the drive motor, and a control unit ( 125) is installed.

Microorganisms are not limited as long as the food stored in the second internal space 52 of the food dissipation tank 40 can be decomposed, but aerobic microorganisms are preferably stored, and microorganisms, grain skin, medium, etc. that have Bachillus Subtils as the main component High-concentration soil microorganisms (VIO-GRAN), which is a light brown powder prepared by mixing with, may be stored.

The food dissipation tank 40 includes first and second side plates 41 and 46 formed to correspond to the cross-sectional shape of the first inner space of the housing 10, the dissipation tank main body 51, the top plate 56, and food stagnation. It is provided with a prevention tube 200.

The vanishing tank main body 51 is bent downward in a semi-elliptical shape so that the lower part of the second inner space 52 is formed to correspond to the radius of rotation of the first and second stirring units 70 and 90. As a result, the first and second stirring units 70 and 90 are formed in a plate shape.

The vanishing tank main body 51 is formed to be opened in the longitudinal direction, that is, both sides in the left and right directions and upwards, and is formed to extend so that the upper end of the rear side is positioned above the upper end of the front side.

The first and second side plates 41 and 46 are coupled to both open sides of the vanishing tank body 51 and installed upright with respect to the base 11 so that they are parallel to each other, and both sides of the second inner space 52 Close wealth.

The first and second side plates 41 and 46 are formed so that their edges are in contact with each inner circumferential surface facing the housing, so that the first inner space is accommodated in the second inner space 52 and the driving unit 110. It is divided into a partition space 22 and a second partition space 27 accommodating the outside air intake unit 145 and the gas discharge unit 165, and the bottom and side portions of the vanishing tank main body 51 ) Is spaced apart from the inner circumferential surface and protrudes upward and downward with respect to the extinction tank main body 51 so as to form an external air inflow space 50, respectively.

The first side plate 41 is formed horizontally inside the center side to be spaced apart in the front-rear direction, so that the first and second bearings 88 and the second bearings for supporting rotation of one side of the first and second stirring units 70 and 90 The first and second bearing mounting holes 42 and 43 to which 98 are mounted are formed, and first through holes 44 are formed at both sides of the lower end.

The second side plate 46 is formed horizontally inside the center side to be spaced apart from each other in the front-rear direction, so that the third bearing 89 and the fourth bearing for supporting the rotation of the other side of the first and second stirring units 70 and 90 The third and fourth bearing mounting holes 47 and 48 to which 99) are mounted are formed, and second through holes 49 are formed at both sides of the lower end.

The upper plate 56 is a plate shape that covers the vanishing tank main body 51 by bending the front side to be inclined and the rear side to extend horizontally, and a second inlet communicating with the first inlet 14 on the inclined front side. 57 is formed.

The food congestion prevention pipe 200 is a pipe that is bent to open downward to form a closed space facing the inner circumferential surface of the vanishing tank main unit 51

The food congestion prevention pipe 200 is mounted in a space formed by the rotation orbit radii formed by the rotation of the first and second stirring units 70 and 90 to be described later and the bottom surface of the vanishing tank main body 51, In order not to be stagnant or attached, the width of the vanishing tank main body 51 is formed to be narrower as it goes upward and extends in the longitudinal direction of the food vanishing tank 51.

The food congestion prevention pipe 200 is bent at the center side to be opened downward, facing upward, and extending in the longitudinal direction of the vanishing tank body part 51, and the width of the base bending pipe 210 It is formed narrowly and is located above the base bend tube 210, and the gap reduction bend tube 201 for narrowing the gap with the wing head 83 of the first and second stirring units 70 and 90 to be described later, and the base It is mounted on the upper end of the bent pipe 210 is provided with a spaced support member 205 for supporting the gap reduction bent pipe 201.

The spaced support member 205 is formed to be bent to correspond to the base bent tube 210 and the gap-reduced bent tube 201, but is formed to be narrower than the base bent tube 210 but has a larger width than the gap-reduced bent tube 201 . The spaced support member 205 is fixed to the base bent tube 210 and the gap-reduced bent tube 201 is fixedly seated, and both ends in the width direction protrude in the vertical direction from the bent center side. The base bent tube 210 is formed with insertion holes 211 on both sides so that both ends of the spaced support member protruding downward in the width direction can be inserted and fixed.

A first heater (not shown) for promoting half a layer of food and microorganisms may be mounted in a closed space formed between the base bending pipe 210 and the bottom surface of the extinction tank main body 51.

Meanwhile, the first stirring unit 70 is connected to the driving gear 113 of the driving unit 110 coupled to the outside of the food dissipating tank 51, and the second stirring unit 90 is the food dissipating tank 51 It is connected to the driven gear 111 of the driving unit 113, which is engaged with the driving gear 113 from the outside of and rotates in the opposite direction to the driving gear 113.

The first stirring unit 70 extends horizontally at a position spaced apart from the food congestion prevention pipe 200 in the width direction of the food dissipation tank 51 in the width direction, that is, the front side, and has one end of the food congestion tank 51 It is installed at equal intervals in the longitudinal direction of the first stirring shaft 71 on the outer circumferential surface of the first stirring shaft 71 and the first stirring shaft 71 coupled to the driving gear 113 through the circumferential direction. It is formed at an angle and includes a plurality of first stirring blades 73 arranged in a spiral shape.

The second stirring unit 90 includes a second stirring shaft 91 and a plurality of second stirring blades 93.

The second stirring shaft 91 is vertically above the food congestion prevention pipe 200 to the other side in the width direction of the food waste tank 51, that is, to the rear side, and the first stirring shaft 71 is vertically above the food congestion prevention pipe. At a separation distance corresponding to the spaced distance, it is extended parallel to the first stirring shaft 71, and one end passes through the food dissipation tank 51 and is coupled to the driven gear 111.

The plurality of second stirring blades 93 are mounted at positions corresponding to the first stirring blades 73 on the outer circumferential surface of the second stirring shaft 91 and are spaced apart from each other at equal intervals. The plurality of second stirring blades 93 is a plurality of first stirring blades 73 so that the second stirring shaft 91 rotates opposite to the first stirring shaft 71 and does not interfere with the plurality of first stirring blades 73. ) Are formed at the same angle in the opposite circumferential direction to the circumferential direction and arranged in a spiral shape.

The driving unit 110 includes a driving gear 113, a driven gear 111, a gear reducer 117 connected to the first stirring shaft 71, a driving motor 115 connected to a gear reducer, and a hydraulic motor driven by hydraulic pressure. Although not shown as a control for the driving motor 115, it includes a hydraulic pump, a fluid tank, and a valve, and includes a hydraulic unit 119 connected to the control unit 125.

The first stirring shaft 71 protrudes with respect to the driving gear 113 and extends to protrude longer with respect to the second side plate than the second stirring shaft 91 so as to be connected to the gear reducer 117.

The first and second stirring blades 73 and 93 may include a clamp unit 74 surrounding the outer circumferential surface of the first stirring shaft 71 or the second stirring shaft 91; A stirring bar 79 protruding from one side of the clamp unit 74 in a direction orthogonal to the longitudinal direction of the first or second stirring shafts 71 and 91, and a wing head 83 mounted at the end of the stirring bar Each has.

The clamp unit 74 has a half ring shape, and includes a first clamp 75 and a second clamp 76 formed in a half ring shape so as to surround the first stirring shaft or the second stirring shaft and match each other.

The stirring bar 79 is a plate bar shape having a width in the direction in which the first or second stirring shafts 71 and 91 are rotated, and the first or second stirring shafts 71 and 91 at one side of the clamp unit 74 ) And a bar body portion 80 protruding in a direction orthogonal to the longitudinal direction of the bar body portion 80, and a pair of food crushing protrusions 81 protruding from the ends of the bar body portion 80 to both sides in the width direction.

The wing head 83 is a first stirring shaft 71 or a second stirring shaft 91 so that the center side of the end of the stirring bar 79 is inserted and the pair of the food crushing protrusions 81 protrude to both sides. A slit groove 84 that is drawn in in a direction away from the side and opened on both sides is formed, and is formed in a rhombus column shape so that the width increases toward the center side away from the pair of food crushing protrusions.

The stirring bar 79 is at each end of the pair of food crushing protrusions 81 on the side away from the first stirring shaft 71 or the second stirring shaft 91 and at the center side of the bar main body 80, respectively. A plurality of constraining protrusions 82 protruding are formed.

A coupling hole into which the restraining protrusion 82 located at the center side of the stirring bar 79 is inserted at the center of the end of the wing head 83 in the direction away from the first stirring shaft 71 or the second stirring shaft 91 85 is formed. In addition, the wing head portion 83 is the first stirring shaft 71 or the first agitation shaft 71 or the first pair of the food crushing protrusions 81 than the pair of the food crushing protrusions 81 toward the center side of which the width is expanded from both sides adjacent to the pair of food crushing protrusions 81 It is formed to protrude in a direction away from the second stirring shaft 91.

The first and second stirring blades 73 and 93 overlap with each other, so that each blade head 83 rotates at a position adjacent to the first stirring shaft 71 or the second stirring shaft 91. Are separated from each other.

On the other hand, the outside air intake unit 145 is mounted through the lower part of the first side plate 41 protruding downward from the food waste tank 51 in communication with the outside air inflow space 50 in the second compartment 27 A first suction pipe 146, an intake fan 147 connected to the first suction pipe 146, and a second suction pipe 148 penetrated from the intake fan 147 to an upper side of the first side plate 41 are provided.

Meanwhile, the food dissipation tank 51 extends in the longitudinal direction on one side of the dissipation tank main body 51 so that the outside air introduced through the second suction pipe 148 can be filtered and is bent to form the second inner space. A second bending frame 131 that partially partitions one side of the upper portion of the 52 and has a plurality of first and second ventilation holes 133, 135, and a third filter filter in the form of a mesh network formed to cover the ventilation holes ( 149).

Referring to FIG. 8, the second bending frame 131 has a width in the horizontal direction, extends in the longitudinal direction of the housing, is spaced vertically, and has a first side portion in contact with the front side of the vanishing tank main body 51. The horizontal portion 132 and the second horizontal portion 134, the first horizontal portion 132 and the second horizontal portion 134 has a width in the vertical direction so as to connect the other side of the It includes a first vertical extension part 136.

A plurality of first ventilation holes 133 are formed in the first horizontal portion 132, and a second ventilation hole 135 is formed larger than the first ventilation hole in the second horizontal portion 134.

The third filtration filter 149 is not limited, but penetrates through the first side plate 41 and is located between the first horizontal portion 132 and the second horizontal portion 134, and is located on the first side plate 41. One side may be fixed detachably.

In addition, the food dissipation tank 40 is located on the other side of the dissipation tank main body 51 so that the gas generated in the second internal space 52 is first filtered when discharged to the first exhaust pipe 167 to be described later. A first bending frame 137 extending in the longitudinal direction and bent to form a filtration space by partially dividing an upper side of the second inner space and having a plurality of third and fourth ventilation holes 139 and 141, and a third And a first filtration filter 166 in the form of a mesh network formed to cover the fourth ventilation holes 139 and 141.

Referring to FIG. 8, the first bending frame 137 has a width in the horizontal direction, extends in the longitudinal direction of the housing, is spaced vertically, and the other side is in contact with the rear side of the vanishing tank main body 51. It has a width in the vertical direction and extends in the longitudinal direction of the housing so as to connect one side of each of the third horizontal portion 138 and the fourth horizontal portion 140, and the third horizontal portion 138 and the fourth horizontal portion 140. It has a second vertical extension part 142.

A plurality of third ventilation holes 139 are formed in the third horizontal portion 138, and a fourth ventilation hole 141 is formed in the fourth horizontal portion 140, which is larger than the third ventilation hole.

The first filtration filter 166 is not limited, but penetrates into the first side plate 41 and is located between the third horizontal portion 138 and the fourth horizontal portion 140, and the first side plate 41 One side may be fixed detachably.

The gas discharge unit 165 is a first exhaust pipe that is mounted through the upper other side, that is, the rear side of the first side plate 41 so that the gas generated in the second inner space 52 is moved to the first compartment 27. 167), a second filter 168 mounted at an end of the first exhaust pipe 167, and a discharge fan 170 that provides suction power to allow gas to flow into the connected second filter 168, A second exhaust pipe 169 connecting the second filtration filter 168 and the exhaust fan 170, a dehumidifying member 172 connected to the exhaust fan 170 to dehumidify the exhausted gas, and an exhaust fan 170 ) And a third exhaust pipe 171 connecting the dehumidifying member 172, a heater member 174 connected to the dehumidifying member 172 to burn gas to remove odor, and the dehumidifying member 172 and the heater member 174 ) Connecting the fourth exhaust pipe 173, the primary deodorizing member 178 for deodorizing the gas that has passed through the heater member 174, and the agent connecting the heater member 174 and the primary deodorizing member 178 5 The exhaust pipe 176, the bypass pipe 175 connecting the exhaust fan and the heater member so that gas can be directly introduced into the heater member, and the gas first deodorized by the primary deodorization member 178 It includes a secondary deodorizing member 195 for secondary deodorization and discharge. The primary and secondary degassing members may be filled with a catalyst such as platinum or forgetfulness to deodorize the odor of the gas. The heater member 174 has a heating pipe (not shown) installed therein, and can be removed by burning the odor of gas with a high heat of 250 to 300 degrees.

In addition, the gas discharge unit 165 is a second internal space while the heated and deodorized gas between the primary deodorizing member 178 and the secondary deodorizing member 195 is guided to move around the lower circumference of the extinction tank main body 51 In (52), a decomposition promoting induction unit for promoting and inducing decomposition of food is provided.

The decomposition promotion induction unit includes a first flow path extension unit (179, 180), a gas circulation channel extension chamber 59, a first circulation bulkhead plate 63, a second circulation bulkhead plate 65, and a second flow path extension. It has (191).

The first channel extension parts 179 and 180 extend from the primary deodorizing member 178 to the rear side of the extinguishing tank body 52 through the first side plate 41 and the main channel extension tube ( In 179, a plurality of branch pipes 180 and 190 branched to one side and the other side of the gas circulation passage extension chamber 59 are provided.

The gas circulation channel extension chamber 59 is spaced apart from the lower part of the extinguishing tank main body 51 and is formed to wrap the lower part of the extinguishing tank main body 51 to form a gas circulation channel extension space 59a therein. A plurality of horizontal extensions that are spaced upward from the bottom of the part 11 and are connected to the first flow path extensions 179 and 180, which protrude in a direction away from each other in parallel to the front and rear sides of the vanishing tank main body 51 The part 60 is formed to correspond to the outer circumferential surface of the extinguishing tank main body 51 at a position spaced apart from the outer circumferential surface of the extinguishing tank main body 51 and is formed to be convex downward, so that a plurality of horizontal extension parts 60 and It has a curved portion 61 to be connected.

The left and right sides of the curved portion 61 of the gas circulation passage extension chamber 59 are in contact with the first and second side plates 41 and 46, respectively, and the first and second circulation partition plates 63 and 65 to be described later. A plurality of partition wall plate coupling holes 62 for fixing are formed.

The plurality of first circulation partition plate 63 is extended in length to correspond to the shape of the outer circumferential surface of the extinguishing tank main body 51, so that one end in the longitudinal direction is in contact with the inner circumferential surface of one side in the width direction of the gas circulation passage extension chamber 59, but the other end is gas. They are respectively extended to be spaced apart from the inner peripheral surface of the other side in the width direction of the circulation passage extension chamber 59, and are spaced apart from each other at equal intervals.

The plurality of second circulation partition plate 65 is extended in length to correspond to the shape of the outer circumferential surface of the vanishing tank main body 51, so that one end in the longitudinal direction is spaced apart from the inner circumferential surface of one side in the width direction of the gas circulation passage extension chamber 59, but the other end is gas. It is formed to extend in contact with the other inner circumferential surface in the width direction of the circulation passage extension chamber 59 and is spaced apart from each other so as to be disposed one by one between the adjacent first circulation partition plate 65.

The plurality of second circulation partition plates 65 together with the plurality of first circulation partition plates 63 form a flow path so that the gas moves in a zigzag direction in the width direction of the extinguishing tank body part 51. The width direction of the gas circulation passage extension chamber 59 refers to the front and rear directions of the housing 10.

The first and second circulation partition plates 63 and 65 have a plurality of insertion protrusions 64 and 66 protruding from the side facing the gas circulation passage extension chamber 59 and inserted into the partition plate coupling hole 62. Each is formed.

In addition, the second flow path extension part 191 has a tubular shape and connects the gas circulation flow path extension chamber 59 and the secondary deodorizing member 195.

On the other hand, the food waste processor 1 according to the first embodiment of the present invention is mounted in the first temperature sensor (not shown) and the heater member 179 installed in the second inner space of the food waste tank to control the temperature in the data member. A second temperature sensor (not shown) for sensing and a third temperature sensor (not shown) installed in the food purification prevention pipe may be provided.

The control unit 125 has a built-in control program for automatic control, and controls the driving of the driving motor 115, the driving of the intake fan 147 and the exhaust fan 170, and heating of the heater member 179. It is preferable that the temperature information of the third temperature sensor is received and applied so that necessary actions can be automatically performed according to each driving situation.

The food waste processor 1 according to the first embodiment of the present invention includes an operation unit 197 for driving operation at an upper end of the housing 10, a lamp 196 notifying a dangerous situation or driving situation occurring during driving, An emergency stop button 198 for stopping driving in an emergency situation is provided.

The food waste processor 1 according to the first embodiment of the present invention rotates in opposite directions when food is input through the first and second inlets 14 and 17 in a state in which microorganisms are introduced into the food storage tank 51 As the food is decomposed while the microorganisms are stirred with the food by the first and second stirring units 70 and 90, the volume is reduced while being heated by a heater (not shown) mounted under the food dissipating tank. Gas generated as food and microorganisms react is moved to the first exhaust pipe 167 and discharged, and the outside air is introduced into the drinking water extinction tank 51 through the first suction pipe 146.

In the food waste treatment machine 1 according to the first embodiment of the present invention, the wing head 83 of the first and second stirring blades 73 and 93 is rotated close to the food dissipation tank 40, and This is prevented from sticking, and the stirring efficiency is improved by the first and second stirring units rotated in opposite directions to each other, thereby improving the food treatment efficiency.

In addition, in the food waste processor 1 according to the first embodiment of the present invention, since the heated gas discharged is circulated and discharged around the lower portion of the food dissipation tank 40, the reaction between food and microorganisms is promoted, thereby improving decomposition efficiency. There is an advantage to be able to.

Meanwhile, FIG. 9 shows a food waste processor according to a second embodiment of the present invention. Components having the same function as in the drawings shown above are denoted by the same reference numerals. The food waste processor according to the second embodiment of the present invention has the same structure as the food waste processor according to the first embodiment of the present invention except for the first and second stirring blades.

The first and second stirring blades 273 and 293 are provided with a clamp unit 74, a stirring bar, and a blade head portion 283.

The wing head portion 283 has first and second food fusion prevention protrusions 284 and 286 in the wing head portion 83 structure according to an embodiment of the present invention in which the coupling hole 85 is not formed.

The stirring bar is a bar body portion 80 and a pair of food crushing protrusions 281 protruding from the ends of the bar body portion 80 in the width direction to both sides in contact with the wing head portion 83 and fixing the wing head portion 283 ).

The first food fusion prevention protrusion 284 is a constant in the direction of the inner circumferential surface of the vanishing tank body part 41 on the center side of the wing head 283 facing the inner circumferential surface of the extinguishing tank body part 41 It protrudes in length, but is formed to be inclined toward the food crushing protrusion 282 on one side of the width direction of the stirring bar.

The second food fusion prevention protrusion 286 protrudes at a certain length in the direction of the inner circumferential surface of the vanishing tank body part 41 at the center of the wing head part 283, but in the width direction of the stirring bar, the food crushing protrusion 282 on the other side It is formed to be inclined and is formed at a position intersecting with the first food fusion prevention protrusion 282.

The first food fusion preventing protrusion 284 and the second food fusion preventing protrusion 286 may be repeatedly formed to be crossed.

The first and second food fusion preventing protrusions 284 and 286 are rotated while contacting the inner circumferential surface of the food dissipating tank 41 to prevent food from sticking to the inner circumferential surface of the food dissipating tank 41.

In the food waste treatment apparatus according to the second embodiment of the present invention, the wing head 283 on the side facing the first side plate or the second side plate, as shown in FIG. 10, is provided on the inner circumferential surface of the first side plate or the second side plate. The third and fourth food fusion preventing protrusions 384 and 386 protruding so as to be in contact and rotated may be further provided.

Meanwhile, FIG. 10 shows a food waste processor according to another embodiment of the present invention. Components having the same function as in the drawings shown above are denoted by the same reference numerals.

The food waste processor according to the third embodiment of the present invention further includes third and fourth food fusion prevention protrusions 384 and 386 in the structure of the food waste processor according to the second embodiment of the present invention, and the bar body portion 380 ) Has a width in the direction in which the first or second stirring blades 373 and 393 are rotated, but the thickness is formed to be narrower toward the wing head 383 so that food is moved toward the wing head 383. The auxiliary movement induction rib 382 is further provided.

The first and second stirring blades 373 and 393 protrude to both sides of the bar body 380 and extend in the longitudinal direction of the bar body 380, but the protruding length becomes shorter toward the wing head 383 It is provided with a plurality of auxiliary movement guiding ribs 380 for guiding the movement toward the wing head portion 383.

The wing head portion 383 further includes third and fourth food fusion preventing protrusions 384 and 386 on the wing head portion 283 of the food waste treatment machine according to the second embodiment of the present invention.

The third and fourth food fusion prevention protrusions 384 and 386 protrude in the direction of the pair of food crushing protrusions 282 on both sides protruding toward the first side plate or the second side plate, respectively, and are formed at mutually intersecting positions, and the first side plate Or it prevents food from sticking to the inner peripheral surface of the second side plate.

The food waste treatment according to the third embodiment of the present invention has the advantage of improving food treatment efficiency because the food and microorganisms to be stirred are moved to the wing head side, and food is prevented from sticking to the inner circumference of the food waste tank. .

Meanwhile, FIG. 11 shows a food waste processor according to a fourth embodiment of the present invention. Components having the same function as in the drawings shown above are denoted by the same reference numerals.

The food waste processor according to the fourth embodiment of the present invention further includes a plurality of first and second microbial adhesion prevention protrusions in the structure of the food waste processor according to the fourth embodiment of the present invention.

The first stirring unit 470 further includes a plurality of first microbial adhesion prevention protrusions 475 on the first stirring unit 70 according to the first embodiment of the present invention, and the second stirring unit 490 is The second stirring unit 90 according to the first embodiment of the present invention further includes a plurality of second microbial adhesion prevention protrusions 495.

The first microbial adhesion prevention protrusions 475 are located on both sides of the edge of the plurality of first stirring blades 73 spaced apart from each other, and face both sides of the food dissipation tank 40 through which the first stirring shaft 71 passes. Each of the stirring bars 79 of the first stirring wings 73 is protruded so as to interview one side or the other side of the food extinction tank 40 to prevent the microorganisms from sticking.

The first microbial adhesion prevention protrusion 475 protrudes from one side or the other side of the food extinction tank 40 facing from the stirring bar 79 of the first stirring blade 73, but is perpendicular to the length direction of the stirring bar 79. It is preferably extended in a certain thickness in the direction, and a plurality of the stirring bars 79 of the first stirring blade 73 are spaced apart from each other to extend side by side.

The second microbial adhesion prevention protrusions 495 are located on both sides of the edge of the plurality of second stirring blades 93 spaced apart from each other, and face both sides of the food dissipation tank 40 through which the second stirring shaft 91 passes. Protruding from the stirring bar 99 of the second stirring blades 93 to make an interview with one or the other surface of the food extinction tank 40, it prevents microorganisms from sticking.

The second microbial adhesion prevention protrusion 495 protrudes from one side or the other side of the food 40 facing from the stirring bar 99 of the second stirring blade 93, but in a direction orthogonal to the longitudinal direction of the stirring bar 99. It extends to a certain thickness, and it is preferable that a plurality of the stirring bars 99 of the twelfth half-wing 93 are spaced apart from each other and extend side by side.

In the food waste processor according to another embodiment of the present invention of FIG. 11, a plurality of rotations are rotated by interviewing both sides of the food dissipation tank 40 through which the first stirring shaft 71 and the second stirring shaft 91 pass. The first and second microbial fixation preventing protrusions 475 and 495 are provided, so that microbes are not fixed in the second inner space 52 and agitation with food can be made well, so that food treatment efficiency can be further improved.

Meanwhile, although not shown, in the food waste treatment according to another embodiment of the present invention, the first and second agitation so that outside air flows into the food dissipation tank 40 through the first and second stirring shafts 71 and 91 A hollow (not shown) extending in the longitudinal direction inside the shaft (71, 91), and through the inside of the first and second stirring blades (73, 93) to communicate with the hollow is formed to remove the outside air introduced into the hollow. 2 In the auxiliary air supply hole (not shown) discharged to the inner space 52 and the second suction pipe 148 extending longitudinally inside the first and second stirring blades 73 and 93, the first and second First and second auxiliary suction pipes (not shown) each branching to the stirring shafts 71 and 91 and communicating with the hollows of the first and second stirring shafts 71 and 91 may be further provided.

The first and second auxiliary suction pipes may be connected to the first or second stirring shafts 71 and 91 through a rotary joint (not shown) so that they do not rotate when the first or second stirring shafts 71 and 91 rotate. have.

In the food waste processor according to the present invention to which the first and second auxiliary suction pipes are applied, outside air can be introduced through the first and second stirring shafts 71 and 91, thereby improving the air supply efficiency required for reaction between microorganisms and food. Can be.

Meanwhile, in FIGS. 12 and 13, a food waste processor according to a fifth embodiment of the present invention is shown. Components having the same function as in the drawings shown above are denoted by the same reference numerals.

The food waste processor according to the fifth embodiment of the present invention has the same structure as the food waste processor according to the first embodiment of the present invention except for the first and second stirring units.

The first stirring unit 670 is installed at equal intervals in the length direction of the first stirring shaft 71 on the outer circumferential surface of the first stirring shaft 71 and the first stirring shaft 71, but at the same angle in the circumferential direction. It is provided with a plurality of first stirring blades 673 arranged in a spiral shape.

The plurality of first stirring blades 673 is located at the outermost side in the longitudinal direction of the first stirring axis among the plurality of first stirring blades 673, and is a pair of first stirring blades for an interview on one or the other surface of the food dissipation tank 40. It is divided into an outermost stirring blade 673a and a plurality of first inner stirring blades 673b positioned between the pair of first outermost stirring blades 673a.

The second stirring unit 690 includes a second stirring shaft 91 and a plurality of second stirring blades 693.

The plurality of second stirring blades 693 is located on the outermost side in the longitudinal direction of the second stirring axis among the plurality of second stirring blades 693, and is a pair of second stirring blades for an interview with one or the other surface of the food dissipation tank 40. It is divided into an outermost stirring blade 693a and a plurality of second inner stirring blades 693b positioned between the pair of second outermost stirring blades 693a.

The plurality of second stirring blades 693 are mounted at positions corresponding to the first stirring blades 673 on the outer circumferential surface of the second stirring shaft 91 and are spaced apart from each other at equal intervals. The plurality of second stirring blades 673 rotates opposite to the first stirring shaft 71 and the plurality of first stirring blades 673 does not interfere with the plurality of first stirring blades 673. ) Are formed at the same angle in the opposite circumferential direction to the circumferential direction and arranged in a spiral shape.

The first inner stirring blade (673b) and the second inner stirring blade (693b) have the same structure, the first outermost stirring blade (673a) and the second outermost stirring blade (673a) have the same structure.

The first inner stirring blade (673b) and the second inner stirring blade (693b) are perpendicular to the longitudinal direction of the clamp unit 74 and the first or second stirring shafts 71 and 91 at one side of the clamp unit 74 A first stirring bar 679 protruding in the direction of the stirring and a first wing head 683 mounted at the end of the stirring bar are provided.

The first stirring bar 679 includes a first bar body portion 680 protruding in a cross shape from one side of the clamp unit 74 in a direction orthogonal to the longitudinal direction of the first or second stirring shafts 71 and 91 , Protruding from the longitudinal end of the first bar body 680 in a direction away from the first or second stirring shafts 71 and 91, but parallel to the direction in which the first or second stirring shafts 71 and 91 are rotated. It is formed in the shape of a plate and includes a first food crushing protrusion 681 having a width greater than that of the first bar main body 680.

The first wing head portion 683 has a first stirring shaft 71 so that the first food crushing protrusion 681 of the first stirring bar 679 is inserted toward the center, and both sides of the first food crushing protrusion 681 protrude. Alternatively, the slit groove 84, which is drawn in in a direction away from the second stirring shaft 91 and opened on both sides, is formed, and the width of the rhombus column expands toward the center away from the protruding sides of the first food crushing protrusion 681 The first head body 684 formed in the shape and the width equal to or greater than the widest width of the first head body 684, and the first food crushing protrusion with respect to the first head body 684 ( A food fixing prevention plate 686 formed in the shape of a square plate having a length formed by both ends of the 681 and mounted in a direction perpendicular to the longitudinal direction of the first stirring bar 679 at the end of the first head body 684 Should be equipped.

The first outermost stirring blade 673a and the second outermost stirring blade 673a surround the outer circumferential surface of the first stirring shaft 71 or the second stirring shaft 91, and the clamp unit of the first stirring unit 670 Another clamp unit 74 spaced apart in the longitudinal direction of the first or second stirring shaft 71 and 91 with respect to 74, and the first or second stirring shaft 71 at one side of the clamp unit 74 A second stirring bar 699 protruding in a direction orthogonal to the longitudinal direction of 91, and a second wing head portion 703 mounted at an end of the second stirring bar, respectively.

The second stirring bar 699 includes a second bar body portion 700 protruding in a cross shape from one side of the clamp unit 74 in a direction orthogonal to the longitudinal direction of the first or second stirring shafts 71 and 91 , Protruding from the longitudinal end of the second bar body part 700 in a direction away from the first or second stirring shafts 71 and 91, but parallel to the direction in which the first or second stirring shafts 71 and 91 are rotated. It is formed in the shape of a plate and includes a second food crushing protrusion 691 having a larger width than the second bar main body 700.

The second bar body part 700 includes a plurality of ribs 700a and 700b that are orthogonal to each other to be formed in a cross shape. A plurality of ribs (700a, 700b) are orthogonal to a plurality of reinforcing ribs (700a) having the same width and a plurality of reinforcing ribs (700a) and facing one or the other surface of the food dissipation tank (40), but the food dissipation tank ( It is provided with an anti-adhesion rib (700b) having a greater width than the plurality of reinforcing ribs (700a) so as to contact one or the other surface of 40).

The second food crushing protrusion 691 is orthogonal to the anti-adhesion ribs 700b and extends from ends of a plurality of reinforcing ribs 700a parallel to each other.

The second wing head portion 703 includes a second head portion main body 704 and a food sticking prevention plate 686.

The second head body 704 includes the first stirring shaft 71 so that the second food crushing protrusion 691 of the second stirring bar 699 is inserted toward the center, and both sides of the second food crushing protrusion 691 protrude. Alternatively, slit grooves 84 that are drawn in a direction away from the second stirring shaft 91 and open on both sides are formed.

The second head body 704 has one side of the food dissipation tank 40 facing one side or the other side of the food dissipation tank 40 or the side facing the other side of the food dissipation tank 40 with the center of the second food crushing protrusion 691 Or, as it goes to the other side, the length is formed to expand to both sides, and the side facing the inside of the food dissipation tank 40 is a triangular shape that decreases in length toward the center of the longitudinal direction as the side toward the inside of the food dissipation tank 40 is further away from one or the other side. Is formed.

The food sticking prevention plate 686 is mounted at the end of the second head body 704 in a direction orthogonal to the longitudinal direction of the second stirring bar 699.

12 and 13 in the food waste treatment according to the fifth embodiment of the present invention, the first outermost side on both sides of the food dissipation tank 40 through which the first stirring shaft 71 and the second stirring shaft 91 pass. Since the stirring blade (673a) and the second outermost stirring blade (673a) are rotated through an interview, microorganisms are not fixed in the second inner space (52) and agitation with food can be made well, so that food treatment efficiency can be further improved. There is an advantage.

Above, the food waste processor of the present invention has been described with reference to the embodiment shown in the drawings, but this is only illustrative, and a person of ordinary skill in the art can make various modifications and other equivalent embodiments from this. I will understand the point. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended registration claims.

1: food waste handler 10: housing
14: first inlet 40: food waste tank
41: first side plate 46: second side plate
51: vanishing tank body 56: upper plate
57: second inlet 59: gas circulation passage extension chamber
70: first stirring unit 90: second stirring unit
110: drive unit 145: outside air suction unit
165: gas discharge unit

Claims (10)

A housing having a first internal space and having a first inlet for inputting food; A food dissipation tank mounted in the first internal space, having a second inlet communicating with the first inlet, and having a second inner space in which microorganisms for treatment of food introduced through the second inlet are stored; First and second agitation units extending parallel to each other in the food dissipation tank and rotating in opposite directions to promote decomposition while mixing food and microorganisms, and spaced apart from each other so that the rotation orbit radius overlaps with each other; A driving unit for rotating the first and second stirring units; An external air intake unit for introducing external air into the food extinction tank; And a gas discharge unit for discharging gas generated by reacting the food and microorganisms in the food extinction tank, and
The first stirring unit is connected to the driving gear of the driving unit coupled to the outside of the food waste tank,
The second stirring unit is connected to the driven gear of the driving unit, which is engaged with the driving gear on the outside of the food waste tank and rotated in a direction opposite to the driving gear,
The food extinction tank
The lower portion of the second inner space is formed to correspond to the radius of rotation of the first and second stirring units, and the lower portion is bent convexly in a semi-elliptical shape, and the first and second stirring units are accommodated. An extinction tank main body;
It is coupled to both open sides of the vanishing tank body to close both sides of the second inner space, and the edges are formed to contact each of the inner circumferential surfaces facing the housing, so that the first inner space and the second inner space Divided into a first compartment in which the drive unit is accommodated and a second compartment in which the outside air intake unit and the gas discharge unit are accommodated, and the bottom and side parts of the extinguishing tank main body are spaced apart from the inner circumferential surface of the housing to inflow outside air. First and second side plates protruding downward and laterally with respect to the vanishing tank main body to form a space;
It includes; and a top plate covering the open upper side of the vanishing tank body portion and having the second inlet,
The first stirring unit
A first agitation shaft that extends horizontally at a position spaced a predetermined distance from the vertical upper side of the center of the bottom of the annihilation tank body to one side in the width direction of the food annihilation tank, one end penetrates the food annihilation tank and is coupled to the driving gear, and the A plurality of first stirring blades are provided on the outer circumferential surface of the first stirring shaft at equal intervals in the longitudinal direction of the first stirring shaft, and are formed to be spaced at the same angle in the circumferential direction and arranged in a spiral shape,
The second stirring unit
The first stirring axis at a separation distance corresponding to the distance vertically above the center of the bottom of the extinguishing tank body from the vertical upper side of the center of the bottom of the extinguishing tank to the other side in the width direction of the food extinguishing tank A second stirring shaft extending in parallel with and having one end passing through the food dissipation tank and coupled to the driven gear, and the second stirring shaft are mounted at positions corresponding to the first stirring blades on the outer circumferential surface of the second stirring shaft to mutually Are spaced apart, and the second stirring shaft rotates opposite to the first stirring shaft so that the plurality of first stirring blades do not interfere with the plurality of first stirring blades at the same angle in the circumferential direction opposite to the direction spaced apart in the circumferential direction. It has a plurality of second stirring blades formed to be spaced apart and arranged in a spiral shape,
The plurality of the first stirring blade and the second stirring blade
Among the plurality of first or second stirring blades, a pair of outermost stirring blades positioned at the outermost side in the longitudinal direction of the first or second stirring shaft to interview one or the other surface of the food waste tank, and the pair It is divided into a plurality of inner stirring blades located between the outermost stirring blades of
The outermost stirring wing of the plurality of the first stirring wing and the second stirring wing
A clamp unit surrounding an outer circumferential surface of the first stirring shaft or the second stirring shaft; Protruding from one side of the clamp unit in a direction orthogonal to the longitudinal direction of the first or second stirring shaft, the side facing one or the other side of the food dissipating tank can be rotated in a state in contact with one or the other side of the food dissipating tank. A second stirring bar that is formed so as to be; A slit groove into which the center side of the end of the second stirring bar is inserted is formed, and a side facing one or the other surface of the food dissipating tank with the end of the second stirring bar in contact with the other surface is the A food waste treatment device comprising: a second wing head portion formed to extend to both sides in length toward one or the other side of the food waste tank. delete The method of claim 1, wherein the food waste tank
In order to prevent food stagnation in the space formed by the rotational orbit radii formed by the rotation of the first and second stirring units and the bottom of the extinguishing tank body, the width increases upward toward the center of the bottom of the extinguishing tank body. A food waste treatment machine, characterized in that a food congestion prevention pipe is mounted to be narrowly formed and extend in the longitudinal direction of the food waste tank and to which a first heater is mounted for promoting half a layer of food and microorganisms. delete delete The method of claim 1, wherein the second stirring bar is
A second bar body portion including a plurality of ribs orthogonal to each other to protrude in a cross shape in a direction perpendicular to the longitudinal direction of the first or second stirring axis from one side of the clamp unit, and a longitudinal direction of the second bar body portion A second food that protrudes from the end in a direction away from the first or second stirring axis, is formed in a plate shape parallel to the direction in which the first or second stirring axis is rotated, and has a larger width than the second bar body It has a crushing protrusion,
The plurality of ribs
A plurality of reinforcing ribs having the same width and facing one or the other surface of the food dissipating tank by being orthogonal to the plurality of adjacent reinforcing ribs, but having a larger width than the plurality of reinforcing ribs so as to contact one or the other surface of the food dissipating tank. Equipped with anti-seize ribs,
The second wing head part
The second food pulverization protrusion is inserted toward the center, and the slit grooves are drawn in a direction away from the first stirring shaft or the second stirring shaft so that both sides of the second food crushing protrusion protrude, and slit grooves open on both sides thereof are formed. The second food crushing protrusion is formed so that the length of the food dissipation tank is extended toward one side or the other side of the food dissipation tank as it goes toward one or the other side of the food dissipation tank. A second head unit body formed such that a length protruding from the second food crushing protrusion becomes narrower as the side facing the inside is further away from the second food crushing protrusion;
The second head unit has a width equal to or greater than the widest width of the second head unit, and is formed in a square plate shape having a length of the second food crushing protrusion, and the length of the second stirring bar at the end of the second head unit body A food waste treatment machine comprising a food sticking prevention plate mounted in a direction orthogonal to the direction. The method of claim 1, wherein the inner stirring blades of the plurality of first stirring blades and the second stirring blades are
Another clamp unit surrounding the outer circumferential surface of the first stirring shaft or the second stirring shaft and spaced from the clamp unit in the longitudinal direction of the first or second stirring shaft, and the first or second at one side of the clamp unit A first stirring bar protruding in a direction orthogonal to the longitudinal direction of the stirring shaft, and a first wing head mounted at an end of the first stirring bar, respectively,
The first stirring bar has a first bar body portion protruding in a cross shape in a direction perpendicular to the longitudinal direction of the first or second stirring axis from one side of the clamp unit, and the first bar body portion at the longitudinal end of the first bar body portion. A first food crushing protrusion protruding in a direction away from the first or second stirring axis, formed in a plate shape parallel to the direction in which the first or second stirring axis is rotated, and having a larger width than the first bar main body. Equipped,
The first wing head portion
The first food crushing protrusion is inserted toward the center, and the first food crushing protrusion is inserted in a direction away from the first stirring shaft or the second stirring shaft so that both sides of the first food crushing protrusion protrude, and slit grooves open on both sides thereof are formed. 1 The first head body body formed in a rhombus column shape so that the width increases toward the center away from the protruding sides of the food grinding protrusion,
The first head unit has a width equal to or greater than the widest width of the first head unit body, and is formed in a rectangular plate shape having a length formed by both ends of the first food crushing protrusion protruding from the first head unit body. A food waste treatment apparatus comprising a food-adhering prevention plate mounted at an end of the head body in a direction orthogonal to the longitudinal direction of the first stirring bar. The method of claim 1, wherein the gas discharge unit
A first exhaust pipe through which the gas generated in the second inner space is moved to the first compartment, and is mounted through the upper side of the first side plate;
A second filtration filter mounted at an end of the first exhaust pipe,
A discharge fan that provides suction power to allow gas to flow into the connected second filtration filter,
A dehumidifying member connected to the discharge fan to dehumidify the gas discharged through the discharge fan,
A heater member connected to the dehumidifying member to burn gas to remove odor,
A primary deodorizing member for deodorizing the gas that has passed through the heater member,
A secondary deodorizing member for secondary deodorizing and discharging the gas first deodorized by the primary deodorizing member;
And a decomposition promotion induction unit for inducing the movement of the gas heated and deodorized between the primary deodorizing member and the secondary deodorizing member to a lower circumference of the body of the extinction tank and inducing the promotion of food decomposition in the second internal space. Food waste handler. A housing having a first internal space and having a first inlet for inputting food; A food dissipation tank mounted in the first internal space, having a second inlet communicating with the first inlet, and having a second inner space in which microorganisms for treatment of food introduced through the second inlet are stored; First and second agitation units extending parallel to each other in the food dissipation tank and rotating in opposite directions to promote decomposition while mixing food and microorganisms, and spaced apart from each other so that the rotation orbit radius overlaps with each other; A driving unit for rotating the first and second stirring units; An external air intake unit for introducing external air into the food extinction tank; And a gas discharge unit for discharging gas generated by reacting the food and microorganisms in the food extinction tank, and
The first stirring unit is connected to the driving gear of the driving unit coupled to the outside of the food waste tank,
The second stirring unit is connected to the driven gear of the driving unit, which is engaged with the driving gear on the outside of the food waste tank and rotated in a direction opposite to the driving gear,
The food extinction tank
The lower portion of the second inner space is formed to correspond to the radius of rotation of the first and second stirring units, and the lower portion is bent convexly in a semi-elliptical shape, and the first and second stirring units are accommodated. An extinction tank main body;
It is coupled to both open sides of the vanishing tank body to close both sides of the second inner space, and the edges are formed to contact each of the inner circumferential surfaces facing the housing, so that the first inner space and the second inner space Divided into a first compartment in which the drive unit is accommodated and a second compartment in which the outside air intake unit and the gas discharge unit are accommodated, and the bottom and side parts of the extinguishing tank main body are spaced apart from the inner circumferential surface of the housing to inflow outside air. First and second side plates protruding downward and laterally with respect to the vanishing tank main body to form a space;
It includes; and a top plate covering the open upper side of the vanishing tank body portion and having the second inlet,
The gas discharge unit
A first exhaust pipe through which the gas generated in the second inner space is moved to the first compartment, and is mounted through the upper side of the first side plate;
A second filtration filter mounted at an end of the first exhaust pipe,
A discharge fan that provides suction power to allow gas to flow into the connected second filtration filter,
A dehumidifying member connected to the discharge fan to dehumidify the gas discharged through the discharge fan,
A heater member connected to the dehumidifying member to burn gas to remove odor,
A primary deodorizing member for deodorizing the gas that has passed through the heater member,
A secondary deodorizing member for secondary deodorizing and discharging the gas first deodorized by the primary deodorizing member;
A decomposition promoting induction unit is provided between the primary deodorizing member and the secondary deodorizing member while inducing the movement of the heated and deodorized gas around the lower circumference of the body of the extinction tank and inducing the promotion of food decomposition in the second internal space,
The decomposition promotion induction unit
A first flow path extension portion extending from the primary deodorizing member to the rear side of the extinguishing tank body portion through the first side plate;
It is spaced apart from the lower part of the extinguishing tank body part and formed to wrap the lower part of the extinguishing tank body part to form a gas circulation passage extension space therein, and is spaced upward from the bottom surface of the housing and connected to the first channel extension part. A gas circulation flow path extension chamber,
It is extended in length to correspond to the shape of the outer circumferential surface of the extinguishing tank body, so that one end in the longitudinal direction is in contact with the inner circumferential surface of one side in the width direction of the gas circulation passage extension chamber, and the other end is formed to extend apart from the inner circumferential surface of the other side in the width direction of the gas circulation passage extension chamber. , A plurality of first circulation bulkhead plates spaced apart from each other,
It is extended in length to correspond to the shape of the outer circumferential surface of the extinguishing tank body, so that one end in the longitudinal direction is spaced apart from the inner circumferential surface of one side in the width direction of the gas circulation passage extension chamber, but the other end extends in contact with the other inner circumferential surface in the width direction of the gas circulation passage extension chamber, and is adjacent. A plurality of second circulation partitions that are spaced apart from each other so as to be disposed one by one between the first circulation partition plate to form a flow path so that the gas along with the first circulation partition plate is guided to move in a zigzag direction in the width direction of the extinguishing tank body. Plate,
And a second channel extension unit connecting the gas circulation channel extension chamber and the secondary deodorizing member. A housing having a first internal space and having a first inlet for inputting food;
A food dissipation tank mounted in the first internal space, having a second inlet communicating with the first inlet, and having a second inner space in which microorganisms for treatment of food introduced through the second inlet are stored;
First and second agitation units extending parallel to each other in the food dissipation tank and rotating in opposite directions to promote decomposition while mixing food and microorganisms, and spaced apart from each other so that the rotation orbit radius overlaps with each other;
A driving unit for rotating the first and second stirring units;
An external air intake unit for introducing external air into the food extinction tank;
And a gas discharge unit for discharging gas generated by reacting the food and microorganisms in the food extinction tank, and
The first stirring unit is connected to the driving gear of the driving unit coupled to the outside of the food waste tank,
The second stirring unit is connected to the driven gear of the driving unit, which is engaged with the driving gear on the outside of the food waste tank and rotated in a direction opposite to the driving gear,
The food extinction tank
The lower portion of the second inner space is formed to correspond to the radius of rotation of the first and second stirring units, and the lower portion is bent convexly in a semi-elliptical shape, and the first and second stirring units are accommodated. An extinction tank main body;
It is coupled to both open sides of the vanishing tank body to close both sides of the second inner space, and the edges are formed to contact each of the inner circumferential surfaces facing the housing, so that the first inner space and the second inner space It is divided into a first compartment in which the driving unit is accommodated and a second compartment in which the outside air intake unit and the gas discharge unit are accommodated, and the bottom and side parts of the extinguishing tank body part are spaced apart from the inner circumferential surface of the housing to provide outside air. First and second side plates protruding downward and laterally with respect to the vanishing tank main body to form an inflow space;
It includes; and a top plate covering the open upper side of the vanishing tank body portion and having the second inlet,
The first stirring unit
A first agitation shaft that extends horizontally at a position spaced a predetermined distance from the vertical upper side of the center of the bottom of the annihilation tank body to one side in the width direction of the food annihilation tank, one end penetrates the food annihilation tank and is coupled to the driving gear, and the A plurality of first stirring blades are provided on the outer circumferential surface of the first stirring shaft at equal intervals in the longitudinal direction of the first stirring shaft, and are formed to be spaced at the same angle in the circumferential direction and arranged in a spiral shape,
The second stirring unit
The first stirring axis at a separation distance corresponding to the distance vertically above the center of the bottom of the extinguishing tank body from the vertical upper side of the center of the bottom of the extinguishing tank to the other side in the width direction of the food extinguishing tank A second stirring shaft extending in parallel with and having one end passing through the food dissipation tank and coupled to the driven gear, and the second stirring shaft are mounted at positions corresponding to the first stirring blades on the outer circumferential surface of the second stirring shaft to mutually Are spaced apart, and the second stirring shaft rotates opposite to the first stirring shaft so that the plurality of first stirring blades do not interfere with the plurality of first stirring blades at the same angle in the circumferential direction opposite to the direction spaced apart in the circumferential direction. It has a plurality of second stirring blades formed to be spaced apart and arranged in a spiral shape,
The first and second stirring blades
A clamp unit surrounding an outer circumferential surface of the first stirring shaft or the second stirring shaft;
On a plate having a bar main body protruding from one side of the clamp unit in a direction orthogonal to the longitudinal direction of the first or second stirring axis, and a pair of food crushing protrusions protruding from the ends of the bar main unit in both sides in the width direction A stirring bar;
The center side of the end of the stirring bar is inserted and the pair of food crushing protrusions are drawn in a direction away from the first stirring shaft or the second stirring shaft to protrude to both sides, and slit grooves open on both sides are formed, Each of the wing head portions formed to expand in width toward the center away from the pair of food grinding projections
The wing head portion is formed to protrude from the pair of food crushing protrusions toward the center side whose width is expanded between both sides adjacent to the pair of food crushing protrusions,
The first and second stirring blades
In the longitudinal direction, protruding at a certain length in the direction of the inner circumferential surface of the vanishing tank body at the center side of the wing head facing the inner circumferential surface of the vanishing tank main unit, and formed to be inclined toward the food crushing projection on one side of the width direction of the stirring bar The first food fusion prevention protrusion,
The wing head protrudes at a certain length in the direction of the inner circumferential surface of the vanishing tank body, and is formed to be inclined toward the food crushing protrusion on the other side in the width direction of the stirring bar, and is formed at a position intersecting with the first food fusion prevention protrusion. Food waste treatment device, characterized in that further comprising each of the second food fusion prevention protrusion.

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