KR101583279B1 - Food-waste Disposal Assembly - Google Patents

Abstract

Disclosed is a food garbage disposing assembly capable of sequentially performing drying while pulverizing and stirring using one driving motor. The filtering cylinder is detachably coupled to the crushing / stirring apparatus, and the crushing / stirring apparatus includes a driving motor for providing rotational force; A crushing unit for crushing food waste by rotation by a rotational force of a drive motor; A deceleration unit coupled to the drive motor to provide a decelerated speed that is lower than a rotation speed of the drive motor; And a stirring unit that selectively stirs the food waste in the process of pulverizing or drying the food waste by rotating the food waste.

Description

[0001] Food waste disposal assembly having grinding and stirring function [0002]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a food garbage disposal assembly, and more particularly, to a food garbage disposal assembly capable of sequentially carrying out drying while simultaneously pulverizing and stirring using one driving motor.

Food waste generated in the process of cooking, etc., when landfilled, causes leachate and causes pollution of soil and water quality. If it is incinerated together with general garbage, it causes dioxin emission in the atmosphere. And a separate policy for collecting and collecting them separately is being implemented.

According to such circumstances, in general households, food waste filtered through a drain hole installed in a drain hole of a sink is collected in a plastic container having a lid, and is collected in a food garbage bag or a food garbage container used in a cavity.

However, it is one of the most unpleasant things to do in kitchen work to empty food waste in the sink because cleaning the wet food waste in the sink bowl is not good and it smells bad and water can fall off the floor during the transfer process. It is often the case that the food waste is cleaned after some gathering of food waste rather than cleaning the drainage passage filter at any time. In addition, not only does it cause poor indoor environment such as odor and hygiene, but also leakage of food waste through the filter basket Which may cause clogging of sewage pipes.

As a method for reducing inconvenience related to the treatment of wet food garbage in the sink, a dehydrator for installing a countertop has been developed and used, which removes water to some extent and empties the food waste before it is emptied.

For example, in the domestic registered utility model No. 0152483, the 'Dust dehydration device attached to the drain hole of the sink bowl' is registered in the domestic registered utility model 0273242 'Drainage water dehydration device of the sink', and the dehydrated food waste of the sink registered in the domestic registered utility model 0181576 Device ', a domestic registered utility model 0308516' 'kitchen garbage dewatering device for sink' ', and' demountable food waste sludge dewatering device 'of domestic registered utility model 0383594.

However, according to the above-described prior art, the following problems are common.

That is, in order to crush or crush various kinds of food wastes into a small size, a high rotation number such as a blender commonly used, for example, a shredding blade rotating at 1,000 rpm to 3,000 rpm is required.

The problem is that in the course of drying food waste that is finely crushed by such crushing blades, the moisture contained in the food waste is evaporated, and the properties of the food waste are changed in the form of solids such as rice cakes and rubber. At this time, the solid material may be pulverized again in a powdery form only by stirring the solid material at a slow rate. The solid material may be converted into a small granule form by rotating at a small number of revolutions, usually 10 rpm to 300 rpm.

In this regard, the food waste is usually crushed using a high-speed rotary blade and then transferred to a separate drying apparatus, where the food waste is dried in a powder form while rotating and stirring in a drying furnace using another motor rotating at a slow speed .

As a result, there is a problem that the size of the whole food garbage disposal apparatus increases or the manufacturing cost increases because a transfer passage for drying food waste is required and a separate drying apparatus is required.

In addition, there is a problem that the food waste is clogged during transportation and the odor due to food waste flows out during transportation.

It is therefore an object of the present invention to provide a food garbage disposal assembly capable of reducing the overall size and simplifying the structure by simultaneously crushing the food waste by high- .

Another object of the present invention is to provide a food garbage disposal assembly in which the pulverization and drying of food garbage is carried out in the same tank without transporting the pulverized food garbage.

Another object of the present invention is to provide a food garbage disposal assembly in which grinding, stirring, and drying of food garbage are simultaneously performed to improve the grinding efficiency and drying efficiency.

The above object is achieved by a food garbage treating assembly comprising a filtering cylinder and a crushing / stirring device for crushing and stirring the food waste remaining in the filtering cylinder, wherein the filtering cylinder is detachably coupled to the crushing / , Wherein the pulverizing / stirring apparatus comprises: a driving unit for providing rotational force; A grinding unit detachably coupled to the driving unit to grind the food garbage by rotation; A deceleration unit coupled with the drive unit to provide a decelerated speed lower than a rotational speed of the drive unit; And an agitating unit for selectively agitating the food waste and rotating the food garbage during a process of grinding or drying the food garbage.

Preferably, the drive unit includes a drive motor, a motor shaft extending from the drive motor, and a first joint coupled to an end of the motor shaft.

Preferably, the grinding unit further comprises: a second joint releasably engaged with the first joint; A pulverizing shaft having the second joint at one end; And a cutter coupled to the other end of the crushing shaft.

Preferably, the deceleration unit includes: a driving gear coupled to the motor shaft; At least one reduction gear geared to the drive gear; And an output gear that gears the reduction gear and surrounds the motor shaft.

Preferably, the stirring unit includes: a stirring shaft rotatably coupled through the bottom of the filtering cylinder and selectively engaged with the output gear; And an agitating blade coupled to an end of the agitating shaft.

Preferably, the stirring blade includes a horizontal portion extending from the stirring shaft along the bottom of the filtering cylinder, and a vertical portion bent perpendicularly from the horizontal portion and extending along the side wall of the filtering cylinder.

Preferably, when separating the filtering cylinder from the crushing / stirring apparatus, the stirring shaft to which the crushing shaft coupled with the second joint and the cutter are coupled to the stirring blade is kept coupled to the bottom of the filtering cylinder .

Preferably, the filtering cylinder comprises: an outer case formed in a cylindrical shape having an open end and formed with a plurality of slots extending in the height direction spaced apart along the circumference; And an inner case which is rotatably overlapped in the outer case and has a plurality of exhaust holes formed in a portion corresponding to the slot, the bottom of the outer case has a predetermined thickness, the upper surface is flat, Receiving grooves are formed.

According to the above configuration, the food waste is crushed by high-speed rotation using one motor and the crushed food waste is stirred by the low-speed rotation at the same time, thereby reducing the overall size of the food waste processing assembly and simplifying the structure And the manufacturing cost can be reduced.

In addition, since the food waste is crushed and then dried in the same filtration tank without being transported to a separate apparatus, there is no problem in that the food waste is not clogged during the transporting process and odors are discharged from the food waste.

Furthermore, since the food waste is agitated while grinding or drying is performed, the grinding efficiency and drying efficiency are improved.

1 shows a food waste disposal assembly according to the present invention.
Figure 2 shows the grinding / stirring apparatus of the present invention in combination with a filter.
Fig. 3 shows a filter box in a separated state.
4 is an exploded view showing a grinding / stirring apparatus according to the present invention.
5 is an assembled perspective view showing a grinding / stirring apparatus according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a food garbage disposal assembly according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 shows a food waste disposal assembly according to the present invention.

The food garbage disposal assembly 10 includes a crushing / stirring apparatus 100, a filtering cylinder 200 detachably coupled to an upper portion of the crushing / stirring apparatus 100, A cover unit 350 installed on the upper portion of the housing 300, a condensing unit 400 connected to the cover unit 350 and installed on the outside of the housing 300, And a drain trap 500 connected to a drain pipe 510 connected to the condensing unit 300 and a drain pipe 420 connected to the condensing unit 400.

Since the present invention relates to the improvement of the pulverizing / stirring apparatus, the pulverizing / stirring apparatus itself and the filtering cylinder 200 directly coupled to the pulverizing / stirring apparatus will be described below with reference to other related configurations.

The pulverizing / stirring apparatus 100 according to the present invention is characterized in that the food waste remaining in the filter box 200 is simultaneously pulverized and agitated using one driving motor, and then dried.

Hereinafter, the pulverizing / stirring apparatus according to the present invention will be described in detail.

FIG. 2 shows a grinding / stirring apparatus of the present invention combined with a filtering cylinder, FIG. 3 shows a filtering chamber in a separated state, FIG. 4 is an exploded view showing a grinding / stirring apparatus according to the present invention, Fig. 3 is a perspective view showing a grinding / stirring apparatus according to the present invention.

Drive unit

The drive unit includes a drive motor 111, a motor shaft 112 extending from the drive motor 111, and a first joint 113 provided at an end of the motor shaft 112.

The gear case 120 is coupled to the housing of the drive motor 111. The bottom of the lower body 121 of the gear case 120 and the upper surface of the housing of the drive motor 111 can be coupled by a nut.

The motor shaft 112 extends through the lower body 121 and the upper body 122 of the gear case 120 coupled to the housing of the drive motor 111 and is rotated inside the gear case 120.

A portion of the motor shaft 112 through which the motor shaft 112 penetrates the lower body 121 of the gear case 120 is interposed with a retainer 114 to prevent the motor shaft 112 from swinging, A spur gear 134, which will be described later, surrounds the motor shaft 112.

The first joint 113 can be fixed to the end of the motor shaft 112 in a cylindrical shape, for example, by bolts or the like, and a plurality of locking protrusions 113a protrude from the upper surface of the first joint 113.

The gear case 120,

The gear case 120 includes a lower body 121 and an upper body 122 which are detachably coupled.

The lower body 121 is coupled to the housing of the driving motor and fixed to the center of the lower body 121 and the upper body 122 so as to pass through the motor shaft 112 and the spur gear 134, A hole is formed.

The deceleration unit 130,

The reduction unit 130 includes a drive gear 132 having a motor shaft 112 wrapped around a lower end of the motor shaft 112 and at least one reduction gear 133 and a reduction gear And an output gear 134 that gears to the output shaft 132 and outputs a rotational force.

The output gear is composed of a spur gear 134 in this embodiment. A motor shaft 112 passes through the spur gear 134, a gear train is formed outside the lower end of the spur gear 134, A plurality of spaced lock protrusions 134a protrude from the upper surface of the gear 134.

A bearing 135 is interposed between the lower inner side of the spur gear 134 and the motor shaft 112 and a bearing 136 is interposed between the intermediate outer side and the upper body 122 so that the spur gear 134 is engaged with the gear case 120 and the motor shaft 112. [0064]

The gear train formed on the outer side of the lower end of the spur gear 134 is located inside the gear case 120 and the other part is passed through the upper body 122 of the gear case 120 so as to be positioned outside the gear case 120.

The crushing unit (140)

The crushing unit 140 includes a second joint 142 detachably coupled to the first joint 113, a crushing shaft 141, and a cutter 144.

The second joint 142 is also fitted into the lower end of the crushing shaft 141 in the same cylindrical shape as the first joint 113 and is fastened by bolts or the like and a plurality of locking projections 142a protrude from the lower surface thereof.

The engagement protrusion 113a of the first joint 113 and the engagement protrusion 142a of the second joint 142 engage with each other and rotate together as described later.

A cutter 144 having a relatively small diameter is provided at the other end of the crushing shaft 141. Referring to FIG. 4, a cutter 144 having four blades is shown, but is not limited to such a shape.

According to this structure, as the oil sump 200 is fitted and fitted, the second joint 142 moves downward with respect to the first joint 113, so that the engagement protrusion 142a and the squeeze protrusion 113a are engaged with each other , The rotational force of the motor shaft 112 is transmitted to the crushing shaft 141 through the joints 113 and 142 so that the cutter 144 rotates at a high speed.

The stirring unit 150,

The stirring unit 150 includes a stirring shaft 151 detachably coupled to the spur gear 134 and a stirring blade 152 coupled to the stirring shaft 151.

The stirring shaft 151 has a cylindrical shape in which a motor shaft 112 is fitted through a bearing 153 and a plurality of locking protrusions 151a are protrudingly formed on the lower surface of the stirring shaft 151, And selectively engages with the protruding protrusion 134a.

The stirring blades 152 are paired in a symmetrical structure and rotate in engagement with the stirring shaft 151. The stirring blades 152 include a horizontal portion 152a extending horizontally and a vertical portion 152b extending vertically from the horizontal portion 152a ).

The vertical portion 152b may be spaced apart from the inner wall of the inner case 220 of the filter box 200 to press the crushed food garbage against the inner wall.

Hereinafter, the operation of the crushing and stirring unit having the above structure will be described, and a description will be given of a configuration directly associated with or associated with the crushing / stirring apparatus 100 prior to the explanation.

The filtering cylinder 200 includes an outer case 210 formed with a plurality of slots 212 extending in the height direction spaced apart along the circumference and an inner case 210 having a plurality of exhaust holes 222 formed at portions corresponding to the slots 212 And a case 220.

The bottom 230 of the filtering cylinder 200 is formed to have a predetermined thickness and the upper surface is flat and a recessed recess 231 is formed in the bottom face of the bottom of the filtering cylinder 200, And provides a space for engaging the gear 134 and engaging the second joint 142 with the first joint 113.

A through hole 232 is formed in the center of the bottom 230 of the filter box 200 and a stirring shaft 151 is rotatably fitted in the through hole 232. The stirring shaft 151 and the through hole 232 A bearing 240 is interposed between the inner walls of the bottom 230 and the bearing 240 is supported by the fixed bracket 250 inserted in the receiving groove 231 of the bottom 230.

3, when the filter box 200 is drawn out from the housing 300, the bottom 230 of the filter box 200 is provided with a stirring shaft 151 and a stirring blade 151 coupled to the stirring shaft 151, A crushing shaft 141 coupled to the stirring shaft 151 via a bearing 153 and a cutter 144 coupled to the upper and lower ends of the crushing shaft 141 and a second joint 142 are attached.

The outer case 210 and the inner case 220 of the filtering cylinder 200 have substantially similar diameters and overlap each other. Normally, the slot 212 of the outer case 210 and the discharge hole 222 of the inner case 220 The moisture and liquid components contained in the food waste flowing into the filtering chamber 200 through the drain port of the sink are passed through the drain hole 222 and the slot 212 and through the drain pipe to the drain trap 500 .

When the food waste collected in the filter box 200 is to be processed, the cover unit 350 is inserted into the sink flange 360 coupled to the upper end of the housing 300 and then rotated. The inner case 220 is rotated so that the discharge hole 222 of the inner case 220 is separated from the slot 212 of the outer case 210 and clogged by the inner wall of the outer case 210, So that the inner case 220 and the outer case 210 are coupled.

The drying unit 130 includes a ring heater body 161, a heater 162 embedded in the heater body 161, and a heat resistant heater rubber 163 attached to the lower end of the heater body 161, (163) is fixed to the bottom of the housing (300) to prevent heat generated by the heater (162) from being transmitted to the housing (300).

The heater body 161 is made of a thermally conductive material and the outer wall of the bottom 230 of the filtering cylinder 200 is inserted into and contacts the inside of the heater body 161 to transmit heat generated by the heater 162 to the filtering cylinder 200 do.

≪ Driving of drive motor 111 >

The rotation of the cover unit 350 actuates a drive switch (not shown) to drive the milling / stirring apparatus 100 and the drying unit 160 according to a predetermined process.

The power is applied to the driving motor 111 and the motor shaft 112 rotates as the driving motor 111 rotates so that the first joint 113 coupled to the end of the motor shaft 112 rotates At the same time, the driving gear 132, which is engaged with the motor shaft 112, rotates.

<Grinding of Food Waste by Cutter 144>

The engagement protrusion 113a of the first joint 113 automatically engages with the engagement protrusion 142a of the second joint 142 and the rotation of the stirring shaft 142a of the second joint 142 is released, The engaging projection 151a of the engaging projection 151 engages with the engaging projection 134a of the spur gear 134. [

In this state, when the first joint 113 rotates, the second joint 142 coupled thereto rotates, and as a result, the cutter 144 coupled to the crushing shaft 141 and the upper end of the crushing shaft 141 is rotated at a high speed .

The food waste remaining in the filter box 200 by the high speed rotation of the cutter 144 is finely crushed. The cutter 144 can rotate at a speed of, for example, 1,000 rpm to 3,000 rpm.

At this time, as described above, since the discharge hole 222 of the inner case 220 is kept away from the slot 212 of the outer case 210, the moisture generated in the pulverizing process is not discharged, ).

&Lt; Agitation by stirring blade 152 >

When the driving gear 132 rotates in accordance with the rotation of the motor shaft 112 as described above, the driving gear 132 is set in advance through the reduction unit 130 including the plurality of reduction gears 133, And finally the spur gear 134 rotates.

As a result, as the stirring shaft 151 coupled with the spur gear 134 rotates, the stirring blade 152 coupled to the stirring shaft 151 rotates at a slow speed. The rotation speed for stirring may be, for example, 10 rpm to 300 rpm.

At this time, the food garbage finely ground by the cutter 144 rotating at a high speed is closely attached to the side wall of the inner case 220 of the filter box 200 by the centrifugal force due to the rotation of the cutter 144, It rotates at a slow speed and removes the food garbage which is adhered to it so that it can be crushed again.

The vertical part of the stirring blade 152 is arranged close to the side wall of the inner case 220 and the side wall itself forms a rugged surface by the discharge hole 222 of the inner case 220, The garbage can be removed.

According to this configuration, the food waste is crushed while the cutter 144 is rotated at a high speed by using the single drive motor 111, and at the same time the stirring blade 152 is rotated at low speed to stir the crushed food waste, The overall size of the processing assembly can be reduced, the structure can be simplified, and the manufacturing cost can be reduced.

In addition, since the food waste is simultaneously stirred while being pulverized, the pulverization efficiency is improved.

<Drying process>

When the pulverization of the food waste by the cutter 144 is completed, power is supplied to the drying unit 130 according to a predetermined process, heat generated in the heater 162 is transferred to the filter box 200, Water is heated to generate steam.

In this process, the cutter 144 rotates at a high speed to generate a vortex in the filter box 200 so that heat is convected, and the stirring blade 151 rotates at a low speed to mix the food wastes, thereby improving the drying efficiency.

According to this configuration, even if the moisture contained in the food waste is evaporated while the food waste is finely pulverized by the cutter 144 and the quality of the food waste changes in the form of a solid such as rice cakes or rubber, 151) rotates at a slow speed to pulverize solids into powder, thereby increasing the grinding efficiency.

In addition, since the food waste is crushed and then dried in the same filtration tank without being transported to a separate apparatus, there is no problem in that the food waste is not clogged during the transporting process and odors are discharged from the food waste.

The water vapor is exhausted to the condensing unit 400 through the exhaust pipe 410 connected to the outside of the sink flange 360 through the space between the cover unit 350 and the sink flange 360.

When the water remaining in the filter box 200 is completely removed through the drying process, the entire process is terminated according to a predetermined process.

The user may open the cover unit 350 and pull out the filter box 200 from the case 300 to dispose of the food waste that has been finely pulverized and dried in the filter box 200. [

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. Accordingly, the scope of the present invention should not be construed as being limited to the embodiments described above, but should be construed in accordance with the following claims.

100: Grinding / stirring apparatus
111: drive motor
112: Motor shaft
113: First joint
120: Gear case
121: Lower body
122: upper body
130: Deceleration unit
132: drive gear
133: Reduction gear
134: Spur gear
135, 136, 153, 240: Bearings
140: Crushing unit
141: Crushing shaft
142: second joint
144: Cutter
150: stirring unit
151: stirring shaft
152: stirring blade
160: drying unit
161: heater body
162: heater
163: Heater rubber
200: filter basket
210: outer case
212: Slot
220: inner case
222: Exhaust hole
230: floor
231: Receiving groove
232: through hole
250: Bracket
300: housing
400: condensation unit
410: Exhaust pipe
420, 510: Water pipe
500: drain trap

Claims (8)

1. A food garbage disposal assembly comprising a filtering cylinder and a crushing / stirring device for crushing and stirring the food waste remaining in the filtering cylinder,
The filtering cylinder is detachably coupled to the crushing / stirring apparatus,
The pulverizing / stirring apparatus comprises:
A driving unit for providing rotational force;
A grinding unit detachably coupled to the driving unit to grind the food garbage by rotation;
A deceleration unit coupled with the drive unit to provide a decelerated speed lower than a rotational speed of the drive unit; And
And a stirring unit which selectively rotates the food waste by rotating the food waste by crushing or drying the food waste by the crushing unit. The method according to claim 1,
Wherein the drive unit comprises a drive motor, a motor shaft extending from the drive motor, and a first joint coupled to an end of the motor shaft. The method of claim 2,
Wherein the crushing unit comprises:
A second joint detachably coupled to the first joint;
A pulverizing shaft having the second joint at one end; And
And a cutter coupled to the other end of the crushing shaft. The method of claim 2,
The deceleration unit includes:
A driving gear coupled to the motor shaft;
At least one reduction gear geared to the drive gear; And
And an output gear installed to gear on the reduction gear and surround the motor shaft. The method of claim 4,
The stirring unit includes:
An agitating shaft rotatably coupled through the bottom of the filtration cylinder and selectively engaged with the output gear; And
And an agitating blade coupled to an end of the agitating shaft. The method of claim 5,
Wherein the stirring blade comprises a horizontal part extending from the stirring shaft along the bottom of the filtering cylinder and a vertical part bent perpendicularly from the horizontal part and extending along the side wall of the filtering cylinder. The method according to claim 1,
When the filtering cylinder is separated from the pulverizing / stirring apparatus,
Wherein the grinding unit and the agitating unit are maintained in a state of being coupled to the bottom of the filter box. The method according to claim 1,
In the above-
An outer case having a plurality of slots extending in the height direction and spaced from each other along the circumference; And
And an inner case which overlaps the outer case so as to be rotatable and has a plurality of discharge holes formed in a portion corresponding to the slots,
Wherein the bottom of the outer case has a predetermined thickness, and the upper surface of the outer case is flat and the lower surface has a recessed receiving groove.

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