KR20060110139A - A food garbage treating apparatus - Google Patents

Abstract

A food waste disposal system is provided to dispose of food waste conveniently in a kitchen, to cut off offensive odor of food waste effectively by opening and closing an input unit and a storage unit selectively when storing up food waste in a storage unit or moving the stored food waste into another place, to guide the thorough separate collection of food waste and to maximize the space utilization of a kitchen. A food waste disposal system contains: a main body(10) having storage spaces and rail grooves(13) to open and close an input unit by sliding; a drawer type input unit(20) coupled to the primary storage space and composed of a drop zone(21) to store up food waste in a storage unit, a primary guide rail(22), primary and secondary doors(23,24) to cover up the drop zone and an incline(25) to increase the concentration of food waste toward the primary and secondary doors; a driving unit(30) composed of a frame(31), a moving body(32), a roller(33), a pinion gear(34) and a spring(35) and formed on the rear of the input unit to open and close the primary and secondary doors; a storage unit formed in the drawer type to store up food waste, coupled to the secondary storage space of the main body and composed of a primary guide rail(41), a placer(42) and a storage container; and a ventilation unit placed in the third storage space of the main body and composed of a fan motor and a heating unit.

Description

Food Garbage Treating Apparatus

1 is a perspective view of the food waste disposal unit in accordance with an embodiment of the present invention.

Figure 2 is an exploded perspective view of a food waste processor according to an embodiment of the present invention.

Figure 3 is a side cross-sectional view showing a closed state of the input unit according to an embodiment of the present invention.

Figure 4 is a rear view of the input unit showing a state before the operation of the opening and closing drive unit according to an embodiment of the present invention.

Figure 5 is a side cross-sectional view showing an opening progress state of the input unit according to an embodiment of the present invention.

Figure 6 is a rear view of the input unit showing the operation progress state of the opening and closing drive unit according to an embodiment of the present invention.

7 is a state in which the food waste processor is built into the sink in one embodiment of the present invention.

8 is a state in which the food waste processor arranged in a sink side by side in another embodiment of the present invention.

9 is a side cross-sectional view of the food waste disposal system of FIG. 8 according to another embodiment of the present invention.

Figure 10 is a rear view of the inlet for the automatic opening and closing of the first and second doors in another embodiment of the present invention.

* Description of Signs of Main Parts of Drawings *

10; Main body 11; Opening and closing protrusion

20; Input 21; Discharge port

22,41; First and second guide rails 23,24; 1st and 2nd door

23a, 24a; Dirt pool 25; incline

30; Opening and closing drive unit 31; frame

32; Fluid 32a; Rack gear

33; Roller 34; Pinion Gear

34a; Guide rod 35; spring

36; Fluid axis 40; Storage

42; Cradle 43; Storage container

50; Ventilation 51; Fan motor

52; Heating unit 60; Control panel

61; A printed circuit board 70; Wood panel

80; Auxiliary panel 100; sink

The present invention relates to a food waste disposal device, and more particularly, to a built-in type food waste disposal device having an input part and a storage part which are opened and closed by a slide method in multiple stages.

As is well known, food waste in general households is separated and discharged in principle, and various types of food waste disposal devices have been developed for the separate discharge.

However, the conventional food waste disposal system does not properly process the moisture contained in the food waste only to store the food waste.

In addition, in the related art, since the opening and closing of the food waste processor uses a rotatable cover, it is inconvenient to use the food waste, such as opening the cover with one hand and putting food waste with the other hand. .

In addition, since the conventional food waste disposer is designed as a separate product from kitchen furniture, the space occupied by the food waste disposer in the kitchen is extremely low, and the kitchen waste disposer is used in the kitchen. In many cases, housewives avoided the use of food waste disposers without proper coordination with other kitchen furniture (eg sinks).

Accordingly, the present invention has been made to solve the conventional problems as described above, the present invention comprises a built-in type of main body of the food waste disposal unit in the sink or arranged side by side and the main body of the drawer type as a slide type By separating and configuring the food waste input unit and the storage unit in multiple stages to be opened and closed, not only the disposal of the food waste in the kitchen but also the convenience according to the processing, the storage of food waste to the storage unit or the stored food waste to other places By selectively opening the input and storage only when moving, eliminating the sense of fear through the effective blocking of the odor generated during the disposal of food waste, thereby improving the housewife's awareness of waste and environmental pollution. Induce collection, as well as kitchen Maximizing space utilization while there is provided a food waste treatment apparatus that improves the disadvantages in terms of design applied according to the garbage disposal in the kitchen haryeoneunde purposes.

Food waste treatment apparatus of the present invention for achieving the above object,

A main body unit provided with a multi-stage storage space;

A discharge port is provided, and a drawer-type input unit coupled to the main body unit and into which food waste is input;

An opening / closing driving unit which opens / closes the discharge port according to the opening / closing state of the input unit;

A drawer-type storage unit coupled to the main unit to store food waste dropped through a drop hole;

A ventilation unit provided in the main body and discharging odor to the outside while drying the food waste; It is configured to include.

According to another aspect, the main body portion is provided with the first and second storage spaces in which the input unit and the storage unit are located, each side of the first and second storage spaces are provided with rail grooves, respectively, the first storage space portion is First and second vents are arranged in a partition wall provided with a ventilating unit and a third accommodating space, and a third vent is provided on the rear side of the third accommodating space.

According to another aspect, the first accommodation space portion is provided with a multi-stage opening and closing protrusion for driving the opening and closing drive unit.

According to another aspect, the inlet is provided with an inclined surface forming a center point of the inclination angle toward the outlet side to concentrate the food waste to the outlet, and the two sides are provided with a two-stage deployment type guide rail coupled to the rail groove do.

According to yet another aspect, the discharge port, the first and second doors to repeat the opening and closing in accordance with the drive of the opening and closing drive unit is provided.

According to another aspect, the first and second doors are provided with a filth trap having an angle of bending so that liquid filth generated from food waste put into the end portion does not flow to the outside.

According to yet another aspect, the input unit is provided with a first coupling groove on the outer front surface, the coupling groove is coupled to the removable control panel unit for controlling the driving of the ventilation unit.

According to yet another aspect, the control panel unit,

Coupling the auxiliary panel provided with a second coupling groove on the front upper surface of the input unit outside, it is configured to be coupled to the auxiliary panel.

According to yet another aspect, the storage unit,

A guide rail having a two-stage deployment type coupled to the rail groove of the second storage space, wherein the guide rail has a cradle, and the cradle has a separate storage container for storing food waste dropped through a dropping hole; Combining configuration.

According to yet another aspect, the outer surface of the input portion and the storage portion is provided with a removable wood cover.

According to yet another aspect, the opening and closing drive unit,

A frame fixed to the rear of the input unit;

A fluid which is erected perpendicularly to the frame, vertically flows from contact with the opening / closing protrusion when the slide is opened and closed, and a rack gear is provided at both sides;

A roller provided at an upper end of the fluid and rolling along the opening / closing projection of the multi-stage when the slide is opened and closed;

A pinion gear connected to the first and second doors by a guide rod and opening and closing the first and second doors by gear engagement with the rack gear when the fluid flows up and down; And

A spring provided inside the frame and pushing up the fluid when the roller and the opening / closing contact are released; It is configured to further include.

According to another aspect, the fluid is provided with a flow hole of a predetermined length, the flow hole is provided with a flow shaft that is fixed to the rear of the inlet to limit the upper and lower flow range of the fluid.

According to yet another aspect, the opening and closing drive unit,

A frame fixed to the rear of the input unit;

A fluid which is erected perpendicularly to the frame, vertically flows from contact with the opening / closing protrusion when the slide is opened and closed, and a rack gear is provided at both sides;

A motor for driving forward and reverse rotation;

A worm gear connected to the motor;

A circular drive gear connected to the second door by a guide rod and opening and closing the second door by vertically flowing the fluid by gear engagement with the worm gear and the rack gear; And

A fan-shaped driven gear connected to the first door by a guide rod and rotating from the vertical flow of the fluid to open and close the first door; Characterized in that further comprises a.

According to another aspect, the fluid is provided with a flow hole of a predetermined length, the flow hole is provided with a flow shaft that is fixed to the rear of the inlet to limit the upper and lower flow range of the fluid.

According to yet another aspect, the ventilation unit,

And a fan motor provided in the third accommodating space part and a heat generating part for transmitting hot air to the first and second accommodating space parts when the fan motor is driven.

According to another aspect, the heat generating portion is composed of a planar heating element.

According to yet another aspect, the heat generating portion is composed of a PTC heater.

According to another aspect, the control panel unit is provided with a keypad for turning on / off the operation of the heating unit as well as the motor and the fan motor.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a perspective view showing a combined perspective view of a food waste processor according to an embodiment of the present invention, Figure 2 is an exploded perspective view of a food waste processor according to an embodiment of the present invention, Figure 3 is an embodiment of the present invention Side cross-sectional view showing a state in which the injection portion is accommodated in the main body portion.

1 to 3, the food waste disposal system according to the embodiment of the present invention includes a main body 10, an input unit 20, an opening / closing driving unit 30, a storage unit 40, and a ventilation unit 50. Include.

The main body portion 10 is provided with the first and second storage spaces (A) (B) in communication with each other, the first storage space (A) is the ventilation unit 50 through the partition 14 The structure is separated from the third storage space (C) located.

A drawer-type input unit 20 is coupled to the first storage space A, and rail grooves 13 are provided at both sides for sliding opening and closing of the input unit 20.

In addition, an opening and closing protrusion 11 having a plurality of stages is provided on one surface of the partition 14 positioned in the first accommodation space A, and the opening and closing protrusion 11 is a protrusion having a tapered shape at a predetermined angle. The part and the valley part is a multi-stage structure with a predetermined interval, which is composed of a structure for guiding the rolling pattern of the opening and closing drive unit 30.

The partitions 14 are provided with first and second vent holes 14a and 14b, and the first vent holes 14a are provided with first and second storage spaces A and B when the ventilator 50 is driven. The odor of the food waste, which has been dried by hot air, is discharged to the third storage space part C, and the second vent 14b is the first and second storage space parts A when the ventilator 50 is driven. (B) is configured to provide hot air.

In this case, a third vent 14c is provided in the third accommodating space C, which is a rear side of the main body 10, which is connected to the third accommodating space through the first vent 14a. It is configured to guide the odor coming out of C) to the outside, a separate vent pipe is connected.

A drawer-type storage part 40 is coupled to the second storage space part B, and rail grooves 13 for sliding opening and closing of the storage part 40 are provided at both sides.

The input portion 20 is a slide opening and closing is made of the upper opening type drawer type, the discharge port 21, the first guide rail 22, the first and second doors 23, 24, the inclined surface 25 It includes.

The discharge port 21 is provided at the bottom of the input unit 20 to store the food waste input from the opening of the input unit 20 to the storage unit 40.

The first guide rail 22 has a dual structure of variable length, which is coupled to the rail groove 13, and is provided on both outer side surfaces of the input part 20.

The first and second doors 23 and 24 cover the discharge port 21, which is closed when the input part 20 is stored in the main body part 10, but the input part ( 20 is a structure in which the opening and closing operation by the opening and closing drive unit 30 so as to drop the food waste to the storage unit 40 when the slide movement opening operation.

At this time, the end portions of the first and second doors 23 and 24 respectively have filth pumps overlapping with each other at an angle of bending so that liquid filth generated from food waste does not flow out to the outside in a closed state. 23a) 24a was formed.

The inclined surface 25 is provided to concentrate the food waste into the first and second doors 23a and 24a covering the discharge port 21 when the food waste is introduced, which is different from the inclination angle of the front and rear sides. It is configured to increase the concentration of food waste to the outlet 21 side.

The opening and closing drive unit 30 is provided on the back of the input unit 20 to open and close the first and second opening and closing doors 23 and 24 covering the delivery port 21 according to the slide opening and closing of the input unit 20. It is provided, and includes a frame 31, a fluid 32, a roller 33, a pinion gear 34, a spring 35.

The frame 31 is fixed to the rear surface of the inlet 20, the fluid 32 is erected perpendicular to the frame 31 to flow up and down.

At this time, the fluid 32 is provided with rack gears 32a on both sides so that the fluid flows up and down from contact with the opening and closing protrusion 11 during the slide opening and closing of the injection portion 20, and a flow hole having a predetermined length on the surface thereof. 32b is formed, and the flow hole 32b is fixed to the back surface of the inlet 20 to form a structure in which the flow shaft 36 which limits the vertical flow range of the fluid 32 is fastened.

The roller 33 is rolling along the ceiling surface of the first storage space (A) that is the interior of the body portion 10 when the slide opening and closing of the input portion 20, which is the upper end of the fluid 32 Is coupled to, when the roller 33 is rolling along the protrusions and valleys of the multi-stage opening and closing protrusions 11, the vertical flow of the fluid 32 is repeatedly made.

The pinion gear 34 is connected to the first and second doors 24 and 25 through a guide rod 34a having an axial function, and is gear-engaged with the rack gear 32a. 32, the opening and closing of the first and second doors 24 and 25 are repeatedly performed by gear engagement with the rack gear 32a during repeated up and down flow of the 32, and the roller 33 opens and closes ( When the fluid 32 flows out of 11, the first and second doors 24 and 25 are closed.

The spring 35 repeats the tension and compression of the fluid 32 when the roller 33 rolls along the protrusions and valleys of the opening and closing protrusions 11, When the roller 33 is out of the opening and closing protrusion 11 from the opening, the tensile force is exerted, and when the roller 33 is located at the valley portion provided in the opening and closing protrusion 11 from the closing of the input part 20. It is provided inside the frame 31 so as to be compressed by the fluid 32.

The storage unit 40 is configured of a drawer type of the upper opening to store the food waste dropped through the discharge port 21, is coupled to the two-stage storage space (B) of the main body portion 10 , It includes a second guide rail 41, the holder 42, the storage container 43.

The second guide rail 41 has a dual structure of variable length coupled to the rail groove 13 formed on both sides of the second storage space B, and is provided on both outer sides of the storage 40. .

The holder 42 is coupled to the second guide rail 41, the storage container 43 is mounted on the holder 42, the storage container 43 can be separated when the food waste is filled Has a structure.

The ventilation part 50 is configured in the third storage space part C separated from the first storage space part A through the partition 14, and includes a fan motor 51 and a heat generating part 52. do.

The fan motor 51 is driven under the control of the control panel unit 60, and the fan motor 51 sucks odors in the first and second storage spaces A and B through the first vent 14a during the driving. Afterwards it is discharged to the outside through the third fan (14c), it is also configured to parallel to the action of supplying hot air to the first and second storage space (A) (B).

The heating unit 52 is provided in the second vent 14b formed in the partition 14, which not only dries the food waste in the storage container 43 but also the first and second storage spaces ( A) (B) generates heat at a predetermined temperature under the control of the control panel 60 to remove moisture, and the heat generated by the heat is transferred by the fan motor 51 to the first and second storage spaces ( After being guided to A) (B), recirculation is performed to the first vent 14a.

At this time, the heat generating portion 52 is composed of a planar heating element or a PTC heater, but is not necessarily limited thereto.

In addition, the food waste processor according to the embodiment of the present invention has a built-in type, as shown in FIGS. 3 and 7 attached to form the main body 10 embedded in the sink 100, the handle on the front surface of the input unit 20. The control panel part 60 with (1) is detachably coupled by the screw 200, and the wood panel 70 with the handle 1 is screwed to the front surface of the storage part 40. It has a structure that is detachably coupled by (200).

In addition, the food waste processor according to the embodiment of the present invention, as shown in Figures 8 and 9 attached to configure the main body portion 10 arranged in parallel with the sink 100 in a built-in type, The auxiliary panel 80 fixed to the upper surface by the screw 200 is configured to extend in the upward direction, the front panel of the auxiliary panel 80 constitutes a control panel unit 60, and the input unit 20 and The front panel of the storage unit 40 may be designed in a structure in which the wood panels 70 each having a handle 1 are detachably coupled by screws 200.

Here, when the main body 10 is arranged side by side with the sink 100, the control panel 60 is configured to be in close contact with the upper plate (100a) of the sink (100).

In this case, the control panel 60 has a structure in which a panel in which a printed circuit board (PCB) 61 is molded or a wood panel in which a printed circuit board 61 is attached is built, and an external surface is provided as a keypad In addition to the button 62 for supply, there are provided buttons 63 and 64 for controlling the operation of the fan motor 51 and the heat generating unit 52, and a display unit 65 for displaying the operation state.

The operation of the food waste processor according to the embodiment of the present invention configured as described above will be described with reference to FIGS. 1 to 9.

First, in the state in which the main body portion 10 of the built-in type food waste processor as shown in FIG. 7, 8 is arranged in the sink 100 or arranged side by side, the process shown in FIGS. Pull the drawer-type input unit 20 in the closed state through the handle (1).

Then, the inlet 20 is moved by sliding from the coupled state of the first guide rail 22 and the rail groove 13 is made open.

At this time, when the opening operation is made by the slide movement of the input unit 20, as shown in Figure 5, 6, the opening and closing projections 11 formed on the upper ceiling surface in the first storage space (A) of the main body portion 10 The roller 33 of the opening / closing drive unit 30 located at the rear end of the input unit 20 along the multi-stage protrusion part and the valley part of the bar is in rolling contact while being in surface contact.

The fluid 32 included in the opening and closing drive part 30 repeats vertical flow by compression and tension of the spring 35 positioned inside the frame 31, and racks formed on both sides of the fluid 32. The pinion gear 34 geared to the gear 32a also repeats the up and down rotation together with the fluid 32.

At this time, the first and second doors 23 and 24 connected through the pinion gear 34 and the guide rod 34a repeat the operation of opening and closing, and accordingly, the food remaining in the feeding part 20. The waste is dropped into the storage unit 40 through the discharge port 21.

Here, a flow hole 32b of a predetermined length is formed in the fluid 32, and a flow shaft 36 is coupled to the flow hole 32b, and the fluid 32 is the flow hole 32b. The range of vertical movement is limited by the length of.

On the other hand, when the roller 33 is completely passed through the multi-stage opening and closing projections 11 in the above, the fluid 32 in the upward direction to the maximum moving range of the flow hole (32b) by the tension force of the spring (35). The raised state is maintained, and at the same time, the first and second doors 23 and 24 are closed to block the discharge port 21, so that food waste can be collected from the opening of the input unit 20. .

That is, when the opening part 20 is opened from the slide movement, the first and second doors 23 and 24 of the bottom are repeatedly opened and closed, and the food waste remaining through the discharge port 21 is left. After dropping into the storage unit 40, the first and second doors 23 and 24 are closed again to maintain a state in which food waste can be added.

Next, when the food waste is put into the inlet 20 with the first and second doors 23 and 24 closed, the food waste flows down the inclined surface 25 in the inlet 20 while the inlet 21 ) Are collected above the first and second doors 23 and 24 that block the doors.

Next, in the state in which food waste is collected above the first and second doors 23 and 24, when the feeding unit 20 is inserted into the first storage space A in the main body 10, the The roller 33 positioned at the rear end of the feeding unit 20 is again along the protrusions and valleys of the multi-stage opening / closing protrusion 11 located at the ceiling surface of the first storage space A in the main body 10. The cloud movement,

The fluid 32 included in the opening and closing drive part 30 repeats vertical flow by compression and tension of the spring 35 positioned inside the frame 31, and racks formed on both sides of the fluid 32. The pinion gear 34 geared to the gear 32a also repeats the up and down rotation together with the fluid 32.

At this time, the first and second doors 23 and 24, which are connected to each other through the pinion gear 34 and the guide rod 34a and blocking the discharge port 21, are repeatedly opened and closed. The food waste collected above the first and second doors 23 and 24 is stored in the storage unit 40 located in the second storage space B of the main body 10 through the discharge port 21. It is dropped to 43 and stored.

Next, the roller 33 is completely passed through the multi-stage opening and closing protrusions 11 to close the closing portion 20, and the rollers 33 at the valleys located between the opening and closing protrusions 11. Is located, the fluid 32 is returned to its original operation state while finely compressing the spring 35, and the pinion gear geared to the rack gear 32a from the return action of the fluid 32 is returned. While the 34 is returned to its original position, the first and second doors 23 and 24 connected through the pinion gear 34 and the guide rod 34a are kept closed.

At this time, at the ends of the first and second doors 23 and 24, dirt clamp portions 23a and 24a having angles of bending, respectively, are formed, and each dirt clamp portion 23a and 24a is formed. Bars having a structure overlapping with the first and second doors 23 and 24 at the same time,

When the food waste is dropped from the opening of the first and second doors 23 and 24 to the storage container 43 and closed at the same time, the inclined surface of the filth chamber 23a and 24a is closed. 25) Liquid dirt from the remaining food waste accumulates.

Then, when the input part 20 is completely closed, the dirt is prevented from flowing down to the outside, thereby preventing the food waste processor from being contaminated from the dirt.

In addition, when the storage capacity of the food waste is filled with the storage container 43 in the storage part 40, the handle 1 is grasped and the storage part 40 is moved by sliding to open the storage part 40. By separating the storage container 43 from), it is possible to process food waste stored in the storage container 43.

At this time, the ventilation unit 50, that is, the fan motor 51 and the heat generating unit 52 in the third storage space portion B separated through the first storage space portion A and the partition wall 14 are input portions. The driving is controlled by the control panel unit 60 located on the front or upper surface of the (20),

Each of the buttons 62, 63, 64 provided on the keypad of the control panel 60 is operated to drive the fan motor 51 and the heat generating unit 52.

Then, the heat generated from the driving of the heat generator 52 is guided to the second storage space portion B through the second vent 14b at the same time as the fan motor 51 is driven, and then the first storage space portion again. Circulated to the third storage space (C) through the (A) and the first vent 14a,

Hot air drying is performed on the food waste in the first and second storage spaces (A) and (B), and the odor of the food waste caused by the hot air drying may be discharged to the outside through the third vent 14c. It will be possible.

Here, the food waste processor according to the embodiment of the present invention is to open the first and second doors 23 and 24 according to the opening and closing of the slide, but is not necessarily limited to this, the fluid 32 You can also automate the interconnection of the motor and multiple gears at one end of the.

That is, FIG. 10 illustrates another embodiment of the present invention, which allows the first and second doors 23 and 24 to be opened and closed automatically using the motor 401.

Looking at this in more detail, the frame 31 is fixed to the rear side of the input unit 20, the rack 31 is placed on the fluid body 32 is provided with rack gears 32a on both sides, the rack gear 32a At one end of the) is connected to the fan-shaped driven gear 404 connected through the first door 23 and the guide rod 34a by gear meshing.

The other end of the rack gear 32a connects a circular drive gear 403 connected through the second door 24 and the guide rod 34a by gear engagement, and the drive gear 403 rotates forward and backward. The gear is connected to the worm gear 402 integrated with the driving motor 401 in gear engagement.

At this time, the forward and reverse rotation driving of the motor 401 is controlled by the keypad provided in the control panel unit 60.

Then, when the motor 401 is rotated forward through the control panel unit 60, the worm gear 402 integrated with the motor 401 is rotated, and at the same time, the circular drive gear 403 is half. The fluid 32 flows downward by rotating clockwise.

At this time, the drive gear 403 is gear meshed with the other end of the rack gear 32a, one end of the rack gear 32a is a gear-driven driven gear 404 of the gear bar,

The first and second doors connected to the driven gear 404 and the driving gear 403 through the guide rods 43a by rotating the driven gear 404 clockwise from the downward flow of the fluid 32. (23) (24) can be opened automatically.

On the contrary, when the motor 401 is reversely rotated through the control panel unit 60, the worm gear 402 integrated with the motor 401 is rotated, and at the same time, the circular drive gear 403 is clockwise. Direction to flow the fluid 32 in the upward direction.

At this time, the drive gear 403 is gear meshed with the other end of the rack gear 32a, one end of the rack gear 32a is a gear-driven driven gear 404 of the gear bar,

The driven gear 404 rotates counterclockwise from the upward flow of the fluid 32, and is connected to the driven gear 404 and the drive gear 403 through the guide rods 43a, respectively. The first and second doors 23 and 24 are automatically closed to their original positions.

Hereinafter, the same parts as in FIG. 1 to FIG. 9 according to the embodiment of the present invention will be denoted by the same reference numerals and description thereof will be omitted.

As described above, the food waste disposal device of the present invention constitutes a built-in type main body which can be built-in or arranged side by side in the sink, and the input portion of the food waste so that the main body can be opened and closed individually by a slide type as the drawer type. The storage unit is divided into multiple stages to create the following effects.

First, there is an effect of providing convenience according to the treatment of the food waste in the kitchen as well.

Secondly, only when the food waste is stored in the storage unit or when the food waste in the stored state is moved to another place, the housewife can be selectively opened to remove the disgust by effectively blocking the odor generated during the disposal of the food waste. It is effective to induce thorough segregation of food waste by improving their awareness of waste of resources and environmental pollution.

Sixth, there is an effect of improving the disadvantages in terms of design by applying a food waste processor to the kitchen while maximizing the space utilization of the kitchen.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (15)

A main body unit provided with a multi-stage storage space; A discharge port is provided, and a drawer-type input unit coupled to the main body unit and into which food waste is input; An opening / closing driving unit which opens / closes the discharge port according to the opening / closing state of the input unit; A drawer-type storage unit coupled to the main unit to store food waste dropped through a drop hole; A ventilation unit provided in the main body and discharging odor to the outside while drying the food waste; Food waste processor characterized in that the configuration, including. The method of claim 1, wherein the main body portion, The first and second storage spaces are provided in the input unit and the storage unit, respectively, and both side surfaces of the first and second storage spaces are provided with rail grooves, and the first storage space is vented by a partition wall provided with the first and second vents. The food waste processor of claim 3, wherein the third storage space is separated from the third storage space. The food waste processor of claim 2, wherein the first storage space includes a plurality of opening and closing protrusions for driving the opening and closing driving unit. The method of claim 1, wherein the input unit, And a two-stage deployment type guide rail coupled to the rail groove on both sides, the inclined surface forming a center point of the inclination angle to the outlet side so as to concentrate the food waste to the outlet. The method of claim 4, wherein the discharge port, Food waste processor, characterized in that provided with the first and second doors to repeat the opening and closing rotation in accordance with the opening and closing drive unit. The method of claim 5, wherein the first and second doors, Food waste disposal device characterized in that the waste sewage portion is formed with an angle of bending so that the liquid dirt generated from the food waste put into the end does not flow to the outside. The method of claim 1, wherein the input unit, Provide a first coupling groove on the front surface of the outside, the food waste processor characterized in that the coupling groove to the control panel portion provided with a keypad to be detachable to control the driving of the ventilation unit. The method of claim 7, wherein And a secondary panel having a second coupling groove provided on the outer front upper surface of the input unit, and combining the control panel with the auxiliary panel. The method of claim 1, wherein the storage unit, It includes a guide rail of the two-stage deployment type coupled to the rail groove of the second storage space portion, the guide rail has a cradle, and the cradle is configured to combine the removable storage container containing the food waste dropped through the discharge port Food waste handler characterized in that. The food waste processor of claim 1, wherein a wood cover that is detachable is provided on an outer front surface of the input unit and the storage unit. The method of claim 1, wherein the opening and closing drive unit, A frame fixed to the rear of the input unit; A fluid which is erected perpendicularly to the frame, vertically flows from contact with the opening / closing protrusion when the slide is opened and closed, and a rack gear is provided at both sides; A roller provided at an upper end of the fluid and rolling along the multi-opening protrusion when the slide is opened and closed; A pinion gear connected to the first and second doors by a guide rod and opening and closing the first and second doors by gear engagement with the rack gear when the fluid flows up and down; And A spring provided inside the frame and pushing up the fluid when the roller and the opening / closing contact are released; Food waste processor characterized in that comprising a configuration. The method of claim 1, wherein the opening and closing drive unit, A frame fixed to the rear of the input unit; A fluid which is erected perpendicularly to the frame, vertically flows from contact with the opening / closing protrusion when the slide is opened and closed, and a rack gear is provided at both sides; A motor for driving forward and reverse rotation; A worm gear connected to the motor; A circular drive gear connected to the second door by a guide rod and opening and closing the second door by vertically flowing the fluid by gear engagement with the worm gear and the rack gear; And A fan-shaped driven gear connected to the first door by a guide rod and rotating from the vertical flow of the fluid to open and close the first door; Food waste processor characterized in that the configuration, including. The method according to claim 11 or 12, The food waste processor is characterized in that the fluid is formed a flow hole of a predetermined length, the flow hole is provided with a flow shaft fixed to the rear of the inlet portion to limit the vertical flow range of the fluid. The method of claim 1, wherein the ventilation unit, And a fan motor provided in a third storage space and a heat generating unit for transmitting hot air to the first and second storage spaces when the fan motor is driven. 15. The food waste processor of claim 14, wherein the heat generating unit is one of a planar heating element or a PTC heater.

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