KR20180112233A - foodwaste shredder for sink - Google Patents

Abstract

The present invention relates to a food waste shredder for a sink, the food waste shredder comprising: a housing, a crushing filter and a motor. The housing is installed in the sink, and the crushing filter and the motor are housed by the housing. The crushing filter is configured to crush and filter the food waste to be inputted, and includes a rotary crushing plate rotated by the motor, a filter casing provided with the rotary crushing plate therein and a filter net on the side, and a downward locker which is a downward arrow and is installed in a lower portion. The rotary crushing plate includes a vertical crushing blade and a diagonal crushing blade which crush the food waste, and a primary outlet port through which the food waste to be crushed by a certain size or less and water are discharged. The filter casing is provided with a stationary crushing blade protruding from a portion adjacent to the vertical crushing blade, and a secondary outlet port at a lower end. The housing includes a discharge pipe through which the crushed food waste and the water are discharged, a tapered plate inclined toward the discharge pipe, and a base frame supporting the crushing filter on the tapered plate and provided with an upward locker which is an upward arrow corresponding to the downward locker, and a third outlet port, so that the food waste to be crushed by a certain size or more is left in the crushing filter, and thus a user takes the crushing filter from the housing. Therefore, it is possible to prevent the food waste left in the crushing filter, of which a lower portion is not opened, from being dispersed to the outside.

Description

{Foodwaste shredder for sink}

The present invention relates to a garbage disposer for alternate-use garbage, comprising a housing part, a crushing filter part, and a motor part, wherein the housing part is installed in the freezer compartment and accommodates the crushing filter part and the motor part therein and the crushing filter part crushes the food waste A rotary crushing plate rotated by a motor unit; a squeezing cylinder having a side squeeze net as the rotary crushing plate is seated inside; and a downward pivoting downward arrow on the lower side. The rotary crushing plate includes a vertical crushing blade for crushing food waste, And a first discharge hole through which water is discharged downward. The sieve barrel has a stationary pulverizing blade protruded so as to be adjacent to the vertical pulverizing blade, a second pulverizing blade And the housing part is provided with a discharge hole for discharging the pulverized food waste and the water, The food waste that has been crushed to a predetermined size or more among the food waste to be crushed is introduced into the crushing filter unit So that the user can remove the grinding filter portion from the housing portion and emptied the grinding filter portion, thereby preventing the food garbage remaining to be emptied by the grinding filter portion which is not opened at the lower portion from flowing to the outside.

Generally, it is a method of treating food waste at home, collecting food waste in a food garbage collection box without any action, or collecting food waste by crushing and drying using a crushing and drying device, and then collecting the food waste in a garbage collection box, Alternatively, a disposer may be installed in the free-standing area, and the food waste may be directly pulverized from the free-standing area and directly flowed to the sewerage.

In the case of the disposer, it is very convenient in that food waste generated in cooking and washing dishes can be disintegrated in the sink and sent to the sewer, but it is prohibited to use in 1995 due to sewage disposal and water pollution problems It can be used only for products that have passed testing and certification procedures of laboratories recognized by the Minister of Environment.

In other words, according to the sale and use prohibition of the kitchen waste grinder of Ministry of Environment notification No. 2013-179, it is possible to recover more than 80% or less than 20% based on the weight of solids of food waste, or separate microorganism liquid fermentation- .

A multifunctional integrated type disposer for a gear-driven multifunctional integrated type, comprising: an upper housing portion having an inlet through which food waste is introduced and an outlet through which food waste is discharged; and a lower housing portion in which a driven motor is installed, And a fixed cover which is installed on the upper portion of the input port body and fixed to the sink or the like, and is disposed between the input port body and the fixed cover when the input port body and the fixed cover are fixed to each other. A driving motor provided inside the lower housing part; a driving motor connected to the driving motor and rotated in the middle; and a drive gear disposed in the middle of the upper housing part, The upper part is fixed with a circular crush plate in which coarse bones or foods are crushed, A planetary gear device comprising: a first planetary gear set having a first planetary gear, a first planetary gear, a first planetary gear, a first planetary gear, a first planetary gear, A second driving shaft fixed to the upper end of the second driving shaft and fixed to the upper portion of the millstone, which is fixed to the upper end of the second driving shaft, And the millstone is fixed, and the millstone is cooperated with the fixed millstone above, and the food garbage is finely grinded and discharged to the outside through the discharge port. "Gear-driven multiaxial integral type disposer"

Registration number / date 1016099430000 (March 31, 2016)

However, in the case of the conventional "DISCOZER", which is a "gear-driven multiaxial integrated type disposer" of the Korean Patent Registration No. 1609943 and similarly discharging all of the food garbage to the discharge port, the sales and disposal of the kitchen waste grinder of the Ministry of Environment Announcement No. 2013-179 In accordance with the prohibition of use, separate microbial fermentation disinfection means should be connected to the outlet, or only less than 20% of the ground food waste should be discharged to the sewer and means for collecting the remaining amount separately should be connected to the outlet However, when the amount of food waste is large, there is a problem that all of the food waste that has been crushed by the microbial fermentation does not disappear, thereby causing water pollution. If all the crushed food waste moves to the discharge port without being separated, The sludge is accumulated at the portion connected to the discharge port and the discharge port to seal the portion connected to the discharge port and the discharge port The problem, and also, when the base plate is discarded elsewhere because it took a sieve structure is not configured integrally, sieve, was the risk to drop down out of the sieve movement, Pung ttulrin.

Accordingly, it is possible to easily use the disposer in the same way as the conventional disposer to dispose of food waste. However, according to the prohibition of sales and use of the kitchen waste grinder in the notification No. 2013-179 of the Ministry of Environment, only less than 20% And the remaining food waste remaining in the sieve can be filtered out separately. However, when the residual food waste is filtered separately, there is a need to develop a device that prevents the sludge from flowing down or falling off .

Accordingly, in order to solve the above-mentioned problems, the present invention provides a food processing apparatus including a crushing filter unit for crushing and filtering introduced food waste, and a housing unit installed in the wash bowl for receiving the crushing filter unit therein, And a downward clamping plate for preventing rotation and disengagement of the crushing filter unit inserted into the housing part, wherein the rotating crushing plate is vertically protruding A vertical grinding blade, a diagonal grinding blade protruding obliquely, a food waste grinding less than a predetermined size, and a first discharge hole for allowing water to escape downward, wherein the grinding barrel has a vertical grinding blade And a second discharge hole is formed at the lower end of the housing, and the housing part discharges the pulverized food waste and water A support bracket for supporting a lower portion of the crushing filter unit on the sphere back plate and supporting the lower brace and the third discharge hole corresponding to the downward pawl of the crushing filter unit is formed on the sphere back plate having the inclination toward the discharge pipe and the discharge pipe, The food waste that has been crushed to a predetermined size or larger among the food waste to be crushed is left in the crushed filter portion so that the user can take out the crushed filter portion from the housing portion to empty the food waste. Ensure that garbage is prevented from flowing out.

And the crushing filter portion is formed with a downward pawl protruding outwardly in a downward arrow structure along the lower edge of the crushing filter portion. The crushing filter portion is formed in the lower portion of the crushing filter portion with an inner diameter larger than the outer diameter of the protruding portion of the downward pawl, The two crests of the arrows of the downward pawl and the upward pawl interlock with each other so that the bottom of the downward pawl and the top of the upward pawl are slid by the oblique surface of the arrow, When the rotary crushing plate rotates, the crushing filter unit is rotated slightly so that rotation and separation of the crushing filter unit are prevented by engagement of the downward clamp and the upward clamp.

In addition, a plurality of first discharge holes of the rotary crush plate are formed along the rim of the rotary crush plate, and the secondary discharge holes of the sieve cylinder and the tertiary discharge holes of the support frame have a fan-shaped structure Each of the discharge holes has a first area, a second area, and a third area, and the area and total area of the area are enlarged. The food waste that has been crushed to a predetermined size or more remains on the rotary crushing plate, The food waste and the water are smoothly discharged into the second and third discharge holes so that when the pulverized filter portion is taken out from the housing portion, the remaining food waste does not fall below the rotary pulverizing plate, And less water.

In addition, the housing part includes a control panel case protruding in a cylindrical structure opened on a side surface to be coupled with the control part, a control panel cover closing the open control panel case, and a lower stopper closing the lower part opened for inserting the motor part, Since the housing portion except for the stopper is integrally formed, the engagement of the housing portion is simplified.

As described above, according to the present invention, the food waste and the water which have been crushed to a size smaller than a predetermined size by the rotating crushing plate flow through the respective discharge holes to the discharge pipe, and the food waste crushed to a predetermined size or more is discharged onto the rotary crushing plate This remaining food waste is 80% or more based on the weight of the solid matter of the food waste according to the sale and use prohibition of the kitchen waste grinder of the Ministry of Environment Notice No. 2013-179. It is crushed and dehydrated, , The generation of odor is reduced. Particularly, when the food waste left to be crushed is moved, the crushing filter unit constituted by the rotating crushing plate can be lifted out of the housing unit. Thus, unlike the conventional screen or the filter cylinder There is an effect of eliminating the risk of the food waste being transferred to the outside.

In addition, since the pulverized filter portion itself constituted by the rotating pulverizing plate is taken out from the housing portion, there is an advantage that it can be easily taken out when the fork or small utensils enter the management and rotary pulverizing plate of the rotating pulverizing plate, As the first discharge hole is formed in the rim of the rotary crush plate, the area and the total area of the fan-shaped second and third discharge holes gradually increase, so that the discharge to the bottom becomes more smooth, There is an effect that the food garbage is left in the vicinity of the bottom of the portion, that is, around the second discharge hole, or very little is left.

It is easy to insert it into the housing part without consideration of the direction of the crush filter part by the downward arrows of the downward arrow and the upwards arrows of the upward arrow. When the crush filter part rotates at a certain angle, It is effective to prevent rotation and deviation from hanging each other.

In addition, unlike a conventional disposer or a food waste grinding and dehydrator in which a control part is formed below the grinding filter part by constituting the control part on the side surface of the housing part, it is possible to prevent water or foreign substances from flowing into the control part, It is possible to simplify the attachment of the food waste grinding and dehydrator to the coupling and the water supply of the housing part.

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a partially cutaway perspective view of a mill according to an example of the present invention;
Figures 2 and 3 are a partial cutaway perspective view and a cross-sectional view of a mill according to an embodiment of the present invention in which a sieve bar is separated.
FIG. 4 is a perspective view showing a combination of a screening pulverizing rotary plate according to an example of the present invention. FIG.
5 and 6 are partial cutaway perspective views in which the crushing filter portion is detachably coupled according to an example of the present invention.
7 and 8 are partial cutaway perspective views of a mill according to an example of the present invention in which the mill is rotated.

[0001] The present invention relates to a garbage disposer for alternate-use garbage, comprising a crushing filter unit, a motor unit, a control unit, and a housing unit installed in a sink, the crushing filter unit crushing and filtering the charged food waste, The rotary crushing plate includes a vertical crushing blade for crushing food waste, and a crushing blade for crushing food waste. The rotating crushing plate includes a rotating crushing plate rotated by the crushing blade, And a first discharge hole through which the food waste and the water are discharged downward are formed. The sieve tube includes a fixed pulverizing blade protruding adjacent to the vertical pulverizing blade, and a secondary discharge hole formed at the lower end thereof. And the housing part is composed of a discharge pipe through which the ground food waste and water are discharged, a sphere discharge plate having a slope toward the discharge pipe, The food waste that has been crushed to a predetermined size or larger among the food waste to be crushed is left in the crushing filter unit to be removed from the crushing filter unit, The grinding filter unit can be taken out from the housing part to be emptied, thereby preventing the food waste that is left by the grinding filter unit that is not opened at the bottom from flowing out to the outside.

The food waste grinder according to the present invention comprises a crushing filter unit, a housing unit, a motor unit, a control unit, and a lid unit.

First, the crushing filter unit 100 comprises a rotary crushing plate 110 which is rotated by the motor unit 310, a filtering unit 123 for crushing and filtering the food waste, A lowering cage 120 which is installed at the lower end of the sieve cylinder 120 and prevents the rotation and separation of the crushing filter unit 100 inserted into the housing unit 200 131 formed on the lower surface of the base plate.

Here, the rotary crushing plate 110 includes a vertical crushing blade 111 protruding vertically, a diagonal crushing blade 113 protruding obliquely, a food garbage crushed to a size smaller than a predetermined size, The discharge hole 112 is formed.

The vertical crushing blade 111 is vertically protruded in a straight line toward the center and protrudes up to the height of the fixed crushing blade 121 of the sieve cylinder 120 to be described later from the center to the edge side, Corresponding grooves are formed.

In addition, the oblique crushing blade 113 is cut by the rotary crushing plate 110 at two sides of a certain angle, and is formed by being bent upward at a certain angle.

A plurality of first discharge holes 112 are formed along the rim of the rotary crush plate 110, and the discharge assist hole 114 may be formed in a portion where the rectangular crushing blade protrudes.

In addition, a vertical milling hammer 115 may also be constructed, which includes a hammer rotation axis 115a formed outside the center of the rotary crushing plate 110, a rotary crushing plate 110 A hammer portion 115c vertically protruding up to the height of the fixed crushing blade 121 from the rotation axis 115b and a detent projection 115d limiting the rotation radius of the rotation axis 115b are formed .

The vertical crushing blade 111, the oblique crushing blade 113 and the first discharge hole 112 and the discharge assisting hole 114 and the vertical crushing hammer 115 constituting the rotary crush plate 110 are arranged at four The first auxiliary discharge hole 112 and the discharge auxiliary hole 114 under the oblique crushing blade 113 are preferably composed of the vertical crushing blade 111 and one oblique crushing blade 113, A first discharge hole 112 and a discharge assist hole 114 with four ridges, two diagonal crushing blades 113, four ridges, two vertical crushing blades 111, two vertical crushing mallets 115, Or a combination of numbers.

The sieve cylinder 120 is provided with a sieve net 123 on the side, a fixed crushing blade 121 protruding adjacent to the vertical crushing blade 111 of the rotary crushing plate 110 on the lower inner side, The second discharge hole 122 is formed in a fan-shaped structure at a predetermined angle with respect to the center of the sieve tube 120.

That is, the lower end of the sieve tube 120 is formed as a secondary discharge hole 122 of a fan shape, with the exception of a support for holding a plate or a frame shape.

The hanger frame 130 is a frame coupled to the lower end of the filtering barrel 120 to form a lower bracket 131 under the barrel 120. The hanger bar 130 is formed with an outer diameter smaller than the outer diameter of the barrel 120, A secondary discharge hole 132 is formed which is the same as the secondary discharge hole 122 of the discharge tube 120 and the downward pawl 131 protrudes outward in a downward arrowed structure along the lower edge.

The downward pawl 131 is preferably protruded from the pawl 130 which is smaller than the outer diameter of the pawl 120 so as to be close to the outer diameter of the pail 120, Or may be formed at the lower end of the cylinder 120.

A bearing 140 for receiving the power of the motor unit 310 is formed and a rotation shaft hole 141 corresponding to the rotation axis 311 of the motor unit 310 is formed in the bearing 140.

Next, the housing part 200 is installed at the water level and accommodates the crushing filter part 100, the lid part 330, the motor part 310 and the control part 320, The crushing filter unit 100 and the motor unit 310 are moved upward and downward with respect to the discharge pipe 211 through which the food waste and the water are discharged and the slip plate 212 with the inclination toward the discharge pipe 211, And the control unit 320 is received on the side surface.

The support frame 220 is configured to support the lower portion of the crush filter unit 100 on the sphere back plate 212. The support frame 220 includes an upward pawl 220 corresponding to the downward pawl 131 of the crush filter unit 100, A second discharge hole 221 and a third discharge hole 222 are formed.

Here, the support frame 220 is formed to have an inner diameter larger than the outer diameter of the portion of the lower portion of the crush filter portion 100 where the downward pawl 131 protrudes, and the upward pawl 221, The two arrow wedges of the downward pawl 131 and the upward pawl 221 are engaged with each other.

The support base 220 is preferably formed as a third discharge hole 222 in an area other than a support for supporting the sieve cylinder 120 and maintaining the plate or frame shape, similar to the lower end of the sieve cylinder 120 , This third discharge hole 222 is formed in an area larger than the secondary discharge hole 122 with a fan shape similar to the second discharge hole 122. [

The housing part 200 includes a control panel case 321 protruding in a cylindrical structure opened to the side and coupled to the control part 320, a control panel cover 322 closing the opened control panel case 321, a motor part 310, A housing part 200 except for the support frame 220, the control panel cover 322, and the lower stopper 230 is formed integrally with the lower stopper 230 to close the lower part.

The filter casing 213 extends upward along the rim of the sphere rear plate 212 to form the filter casing 213 in which the crushing filter 100 is housed. A casing 214 is formed and a motor casing 215 that extends downward from the sphere back plate 212 and surrounds the motor unit 310 is formed.

The motor unit 310 is a part for transmitting the power to crush the food waste. The motor unit 310 is coupled to the bottom plate 212 to rotate the crushing plate 110 to transmit power to the housing unit 200, And is connected to the filter unit 100 through a through hole, and a bearing 140 is formed on the rotating shaft 311.

The control unit 320 controls the motor unit 310 and is coupled to the control panel case 321 formed on the side of the housing unit 200. The lid unit 330 covers the upper end of the crush filter unit 100 A drain hole 331 drained from the sink toward the crush filter unit 100 is pierced at the upper end of the lid part 330 and the upper end of the crush filter unit 100 or the housing part 200 A detection sensor 332 is provided to detect whether the upper part of the lid 330 is covered or not so that the control part 320 can determine whether the motor part 310 is operated when the lid part 330 is covered.

When the food waste is put into the sieve cylinder 120 and the lid part 330 is closed and the motor part 310 is operated through the control part 320, the rotary crushing plate 110 The food waste is cut by the slanting crushing blade 113 and is shot by the slanting crushing blade 113 and the vertical crushing blade 111 and the vertical crushing hammer 115, 121 and the vertical crushing blade 111 and the vertical crushing hammer 115 at the intersection.

The food waste that has been crushed to a size smaller than a predetermined size is discharged through the first discharge hole 112 and the discharge auxiliary hole 114 formed under the rim of the rotary crush plate 110 and the sharply grinding blade 113, And the food waste that has been crushed to a predetermined size or more strikes the feed line 123 due to the impact of the oblique crushing blade 113, the vertical crushing blade 111 and the vertical crushing hammer 115, 123).

The food waste and the water that have been crushed to a size smaller than a predetermined size and discharged into the first discharge hole 112 flow into the second discharge plate 212 through the second discharge hole 122 and the third discharge hole 222 The water of the food waste discharged from the filter 123 flows to the filter 212 and the food waste and water on the filter 212 flow along the slope of the filter 212 to the outlet 211 I will go.

Thereafter, the user removes the food waste left in the crushing filter unit 100 from the crushing filter unit 100 by taking out the crushing filter unit 100 from the housing unit 200 and empties it to another place. And then inserted into the housing part 200 again.

In this case, when the crush filter unit 100 is inserted into the housing unit 200, it is possible to insert the crush filter unit 100 without considering the positions of the downward pawl 131 and the upward pawl 221. If the lower pawl 131 and the upward pawl 221 The crush filter unit 100 is mounted on the support frame 220 and the rotation crush plate 110 is rotated or the user rotates the crush filter unit 100 to a small width Rotation of the crush filter unit 100 is prevented by engagement of the downward pawl 131 and the upward pawl 221.

As described above, according to the present invention, food waste and water that have been crushed to a size smaller than a predetermined size by the rotary crushing plate 110 flow through the discharge holes 112, 114, 122, and 222 to the discharge pipe 211 The food waste which has been crushed to a predetermined size or more is left on the rotary crushing plate 110 and in the filtering net 123. The remaining food waste can be used as a food waste in accordance with the prohibition of sales and use of the kitchen waste grinder in the Ministry of Environment Notice No. 2013-179, The amount of odor generated is reduced due to the separate grinding and dehydration treatment, and the grinding and dehydrating treatment can be separately collected or transported. In particular, when the food waste left to be crushed is transferred, the rotary crushing plate 110 is configured Since the crush filter unit 100 itself can be lifted out of the housing unit 200, the risk of the food waste being transferred being reduced, unlike the conventional screen or the filtering cylinder, There is.

The crushing filter unit 100 constituted by the crushing crushing plate 110 is taken out from the housing unit 200 so that the crushing filter unit 100 is inserted into the crushing crushing plate 110, The first discharge hole 112 of the rotary crush plate 110 is formed on the rim of the rotary crush plate 110 and the discharge auxiliary hole 112 beneath the oblique crush blades 113 can be easily removed, The second and third discharge holes 122 and 222 of the fan shape are formed so as to have a larger area and a larger total area so that the lower discharge is smoother and the grinding filter portion 100, that is, around the second discharge hole 122, there is no food waste or very little residual food waste.

It is easy to insert into the housing part 200 without consideration of the direction of the crushing filter part 100 by the downward pivoting latch 131 and the upward pivoting latch 221 of the downward arrow. And the wedge of the arrows of the downward pawl 131 and the upward pawl 221 interlock with each other to prevent rotation and departure.

In addition, the control unit 320 is provided on the side surface of the housing unit 200, so that unlike the conventional disposer or the food waste grinding and dehydrator in which the control unit 320 is formed below the grinding filter unit 100, And the housing part 200 except for the support frame 220, the control panel lid 322 and the lower stopper 230 are integrally formed so that the food garbage grinding And the installation of the dehydrator is simplified.

100: crushing filter unit 110: rotary crushing plate 111: vertical crushing blade
112: primary discharge hole 113: oblique crushing blade 114: discharge auxiliary hole
115: vertical grinding hammer 115a: hammer rotating shaft 115b:
115c: hammer portion 115d: stopping projection 120:
121: fixed pulverizing blade 122: secondary discharge hole 123:
130: an engaging frame 131: a downward pawl 132: a secondary discharge hole
140: bearing 141: rotary shaft hole 200: housing part
211: exhaust pipe 212: bulb plate 213: filter casing
214: lid casing 215: motor casing 220: support frame
221: Upward stiffener 222: Third outlet hole 230: Lower stopper
310: motor section 311: rotating shaft 320:
321: Control panel case 322: Control panel cover 330: Lid
331: drain hole 332: detection sensor 333: rubber cover

Claims (6)

A lid part for covering the upper end of the crushed filter part, a motor part for transmitting the power for crushing the food waste, a control part for controlling the motor part, a crushing filter part, a lid part and a motor And a housing part for housing the control part and the control part,
The crushing filter unit includes a rotary crushing plate rotated by a motor unit, a barrel cylinder having a tubular structure opened to the upper side and a sideways sieve net while a rotary crushing plate is seated inside the crushing filter unit, and a crushing filter unit inserted in the housing unit And a lower brace,
The rotary crushing plate is provided with a vertical crushing blade protruding vertically, an oblique crushing blade protruding obliquely, food waste crushed to a size smaller than a predetermined size, and a first discharge hole through which water flows downward,
The sieve bar has a fixed pulverizing blade protruded so as to be adjacent to the vertical pulverizing blade of the rotary crushing plate at the lower inner side, and a secondary discharge hole at the lower end thereof,
The housing part is provided with a food waste which is crushed to a size smaller than a predetermined size, a drain pipe through which water is discharged, a siphon plate having a slope toward the discharge pipe, an upper latch which supports the lower part of the crush filter part on the siphon plate, A support frame having a tertiary discharge hole is formed,
The motor part is connected to the bottom part of the spherical rotating plate through the housing part and the pulverizing filter part,
The food waste that has been crushed to a certain size or more among the food waste to be introduced into the filter basket and crushed is left in the crushing filter unit so that the user can take out the crushing filter unit from the housing unit and empty the food waste,
A garbage disposer for a garbage disposer for use in a garbage disposal apparatus, comprising:
The method according to claim 1,
The pulverizing filter portion has a downward pawl projecting outwardly in a downward-pointing arrow structure along the lower edge thereof,
Wherein the support frame is formed with an inner diameter larger than the outer diameter of the portion of the lower portion of the crush filter portion where the downward pawl protrudes, and that the upper pawl is projected inwardly in the upward arrow structure along the inner periphery, and the two arrow wedges of the downward pawl and the upward pawl As a result,
Even when the lower end of the downward pawl and the upper end of the upward pawl come into contact with the front face, the pulverized filter portion slips by the oblique surface of the arrow to be seated on the support frame. When the rotating pulverizing plate rotates, A piece of food garbage disposer for preventing the rotation and departure of parts.
The method according to claim 1,
A plurality of first discharge holes of the rotary crush plate are formed along the rim of the rotary crush plate,
The second discharge hole of the sieve cylinder and the third discharge hole of the support frame are formed into a fan-shaped structure at a predetermined angle with respect to the center,
Each of the discharge holes has a larger area and a larger total area in the order of first, second, and third order,
The food waste that has been crushed to a predetermined size or larger is left on the rotary crushing plate and the food waste and water crushed to a predetermined size or less are smoothly discharged into the second and third discharge holes,
A food garbage disposer for a garbage disposal apparatus, wherein when the disinfection filter unit is taken out from the housing part, the remaining food garbage does not fall below the rotary disintegration plate and the food garbage and water remain on the bottom of the disintegration filter unit.
4. The method according to any one of claims 1 to 3,
The vertical crushing blade of the rotary crushing plate is vertically protruded in a straight line toward the center and protrudes up to the height of the fixed crushing blade of the sieve basket as it goes from the center toward the rim side and a groove corresponding to the fixed crushing blade is formed,
The oblique crushing blade of the rotary crushing plate is cut into two sides of a certain angle in the rotary crushing plate and is formed by being bent at an upward angle to form a discharge assisting hole under the oblique crushing blade,
When the rotary crushing plate is rotated by the motor unit, the food waste is cut by the oblique crushing blade, and the food waste between the vertical crushing blade and the fixed crushing blade is crushed by the intersecting vertical crushing blade and the fixed crushing blade, The food garbage which is touched by the water is hit by the filter net and the water of the food garbage flows to the filter plate beyond the filter line,
Garbage disposer for garbage disposing of food garbage which is crushed and dehydrated.
5. The method of claim 4,
The rotary crushing plate includes a hammer rotation shaft formed outside the center of the rotary crushing plate, a rotation shaft extending from the hammer rotation shaft to the edge of the rotary crushing plate, a hammer portion vertically projecting from the rotation shaft to the fixed crushing blade height, and a stopping projection Including the formed vertical grinding hammer,
The hammer portion rotating at a constant angle by the hammer rotation shaft and the hammer portion and the stationary pulverizing blade at the rotating rotary crushing plate crush the food waste at the intersection,
Garbage disposer for disposing food garbage.
4. The method according to any one of claims 1 to 3,
The housing part includes a control panel case protruding in a cylindrical structure opened on a side surface to be coupled with a control part, a control panel cover closing the open control panel case, and a lower stopper opening to insert the motor part,
Since the housing portion except for the support frame, the control panel cover, and the lower stopper is integrally formed,
A garbage disposer for easy replacement of housing parts.

Images