KR100425891B1 - A food garbage treating apparatus - Google Patents

Abstract

The present invention relates to a food waste disposal device, the food waste disposal device according to the present invention is upwardly opened and discharge pipes through which washing water and food waste are discharged; A collecting means installed below the inlet of the discharge pipe and collecting the food waste discharged along the discharge pipe to one side; Storage means for storing food waste collected by the collecting means; Drying means for blowing the air to the storage means and the collecting means to dry the food waste; Crushing means for crushing the food waste collected in the storage means; It is equipped with a power means for providing a driving force to the collecting means and the grinding means, the food waste treatment device according to the present invention is to drop the food waste directly through the drain provided in the washing table to collect separately through the discharge pipe, the collected food The waste light is crushed to dry, so that the food waste can be more hygienic and efficient collection, and also can be easily installed in the existing sink has the effect of exhibiting improved food waste disposal efficiency.

Description

A food garbage treating apparatus

The present invention relates to a food waste disposer, and more particularly, to a food waste disposer installed in a kitchen sink to automatically collect and dry food waste generated after washing a bowl.

In general, the food waste generated in the sink of the kitchen is caught on the strainer installed in the drain of the sink so that the user directly withdraws the strainer from the drain to handle food waste.

However, the conventional method for treating food wastes causes a significant odor if the food wastes are not disposed of immediately, since the food wastes are not properly dried.

For this reason, techniques for drying food waste are being developed. As a conventional technology of a food waste disposal system, there is a "food waste dryer (patent 0175711) and a" kitchen sink "(patent 0188052) and the like filed and registered in Korea.

However, in the case of the conventional registered patent "food waste dryer (patent 0175711)" because the food waste storage box is located directly under the food waste inlet, other foods in the wet state cannot be added until the food is completely dried. . That is, even if a small amount of food waste is dried once, the food waste must be removed and then again put in another food waste to dry, so its use efficiency and convenience are considerably inferior.

And in the case of "kitchen sink (patent 0188052)" food waste inlet is implemented separately from the drain. That is, since the food waste generated after washing the dishes is not injected and removed through the drain, the user directly collects the food waste and then moves it back to the food waste inlet for disposal. Falls.

The present invention is to solve the above problems, an object of the present invention is to drop the food waste directly through the drain installed in the sink so that the dropped food is transported to a separate food storage unit, the transported food waste is food waste It is to provide a food waste disposal device that is allowed to be dried in the storage unit.

1 is a control block diagram of a food waste disposal system according to the present invention.

Figure 2 is a perspective view showing an installation state of the food waste disposal system according to the present invention.

3 is a perspective view showing a food waste disposal system according to the present invention.

Figure 4 is a side cross-sectional view showing a food waste disposal system according to the present invention.

5 is a cross-sectional view showing the discharge pipe of the food waste disposal system according to the present invention.

Figure 6 is a side cross-sectional view showing a storage housing provided in the food waste disposal system according to the present invention.

7 is a partially enlarged perspective view illustrating a power unit provided in the food waste disposal system according to the present invention.

8 is a perspective view illustrating a collecting housing and a collecting wing of the food waste treating apparatus according to the present invention.

9 is a partially enlarged perspective view illustrating a detachable state according to another embodiment of a filter installed below a collection wing of a food waste processor according to the present invention.

10A and 10B are perspective views illustrating shapes according to different embodiments of the grinding blades installed in the food waste processor according to the present invention.

11 is an enlarged cross-sectional view illustrating a seating position adjusting member installed in a food waste disposal system according to the present invention.

** Description of the symbols for the main parts of the drawings **

10 ... sink

100 ... Food Waste Disposer

200 ... discharge pipe

300 ... collection housing

500 ... Storage Housing

600 ... blower

760 ... Power Train

Food waste disposal apparatus according to the present invention for achieving the above object is an upward opening and the discharge pipe is discharged to the washing water and food waste; Collection means installed at a lower side of the inlet of the discharge pipe and collecting food waste discharged along the discharge pipe to one side; Storage means for storing food waste collected by the collection means; Drying means for drying food waste by blowing air to the storage means and the collection means; Grinding means for grinding food waste collected in the storage means; And power means for providing a driving force to the collecting means and the grinding means.

Preferably, the collecting means is connected to one side of the discharge pipe and the side extending in the collecting housing and the inside of the collecting housing is provided with a rotating wing spirally extending along the axial direction.

And the collection housing is provided so that the inner diameter is narrowed toward the storage means side from the discharge pipe; The lower surface of the collection housing is installed between the collection housing and the discharge pipe is provided with a branch pipe for discharging the water introduced into the collection housing to the discharge pipe.

In addition, a filter disposed below the collection means of the discharge pipe to filter food waste that has not been collected by the collection means but is detachably attached to the discharge pipe.

Preferably, the storage means is installed in the storage box and the storage housing for storing the food waste collected from the collection means and the storage box is mounted therein so that the storage box can enter and exit the storage box And a door that opens the inside of the storage housing.

In addition, the door includes a left door installed on the left side of the storage housing and a right door installed on the right side of the storage housing, press the side of the storage box on the inner surface of the door to adjust the position of the storage box Support ribs are installed. In addition, a plurality of uneven grooves are formed at the bottom of the storage box.

And the door is provided with an identification window for visually identifying the amount of food waste stored in the storage box inside the storage housing from the outside.

Preferably the grinding means comprises a plurality of grinding blades rotatably installed on the bottom of the storage box, the grinding blade is a horizontal grinding blade extending in the horizontal direction on the bottom of the storage box and vertical bending to the upper side of the storage box Vertical grinding blades.

Preferably, the drying means includes a blower exerting a blowing force and a blower pipe for guiding the blowing air generated in the blower to the collecting means and the storing means.

Preferably, the power means is a power transmission for transmitting power to the crushing means with a power transmitted by the motor, a reduction gear rotated by the motor and a winding belt provided in the reduction gear and the winding portion provided in the reduction gear. And a worm gear axially coupled to a portion and the reduction gear and a worm gear provided at an end of the drive shaft to transfer power to the collection means.

The power transmission unit is provided to be in contact with the first power transmission wing and the first power transmission wing axially coupled to the grinding blade on the bottom outer surface of the storage box, and rotated by the timing belt to transmit the first power transmission. And a second power transmission wing adapted to transmit power to the wing.

And a bottom plate is installed on the lower side of the storage means, the seating position adjusting member for adjusting the seating position of the storage means is installed on the bottom plate, the seating position adjusting member and the support rod which penetrates the bottom plate up and down; And a coil spring supported at the bottom of the support rod and an outer side of the bottom plate and the elastic member installed at the lower end of the support rod and the adjusting bolt engaged to the top of the support rod.

Hereinafter, one preferred embodiment according to the present invention will be described in detail with reference to the drawings.

As shown in FIG. 2, the food waste processor 100 according to the present invention is installed in the storage chamber 12 of the kitchen sink 10, and is disposed in the drain 14 formed on the bottom surface of the washing table 11. The upper end of the discharge pipe 200 is mounted in communication.

In addition, the sink 10 is provided with a display panel 15 for controlling the operation of the food waste processor and displaying the operating state. The configuration for the operation of the display panel 15 and the control of the food waste processor includes a microcomputer 30 for driving control as shown in FIG. 1, and transmits a signal for detecting the amount of garbage to the microcomputer 30. Garbage amount sensor 40 is installed on the top of the storage housing 500.

In addition, the display panel 15 is provided with a cover switch 41 made of a magnetic sensor to detect the on / off state of the cover according to the detected signal and transmit a signal to the microcomputer 30. It is provided with a start switch 42 for the operation of the food waste processor 100, and a stop switch 43 and the motor reverse rotation switch 44.

Then, a reset switch 45 for resetting the control operation is provided, and an alarm unit 53 including an LED and a buzzer for external display according to these operation states is provided. The alarm unit 53 is for displaying the situation according to the state detected by the overload detection unit 50 or other abnormal conditions to the outside, for example, too much food waste.

Subsequently, a motor forward rotation unit 51 for forward rotation of the motor 710 according to the signal transmitted to the microcomputer 30 and a motor reverse rotation unit 52 for releasing the food distribution part due to the food are blocked. A cover on / off display section 54 and a stop display section 55 are provided, respectively. And when the motor rotates forward and reverse, the blower 600 is driven together according to its operation signal.

And the supply power for this operation is to be provided with a typical AC 220V (60), the blower 600 is driven by receiving the AC 220V power directly. An AC rectifier circuit 61 for rectifying the AC 220V 60 to a voltage of a direct current DC 12V 62 is provided. Here, the microcomputer 30 is supplied with a voltage of DC 5V 64, and the motor driving power supply 63 is provided with a DC 12V 62 voltage.

On the other hand, the overall configuration of the food waste disposal system according to the present invention is provided with a discharge pipe 200 through which the upper end is opened so as to communicate with the drain 14, the washing water and food waste are discharged.

A collection means for collecting the food waste discharged along the discharge pipe 200 to one side is provided below the inlet of the discharge pipe 200, and a storage means for storing the food waste collected by the collection means is provided.

In addition, a drying means for drying the food waste by blowing air to the storage means and the collection means, and grinding means for crushing the food waste collected in the storage means, the power means for providing a driving force to the collection means and the crushing means It is equipped with.

Hereinafter, a detailed configuration of each of these components will be described in more detail with reference to FIGS. 2, 3, and 4 and 5. First, the discharge pipe 200 includes an upper discharge pipe 210 and an intermediate discharge pipe 220. The lower discharge pipe 260 is configured to be separated from each other.

A drain outlet 14 is formed at the top of the discharge pipe 200 to communicate with the washing table 11, the upper discharge pipe 210 is provided in a cylindrical shape, the cover switch 41 when the cover is covered with the drain hole 14 at the top ) Detects the closed state of the drain 14, so that the operation of the food waste processor 100 can be made.

And the middle discharge pipe 220 and the lower discharge pipe 260 is formed of a rectangular cylinder, the first lower discharge hose 270 is installed in the middle of the lower discharge pipe 260, the second lower discharge hose at the bottom 280 is installed. In addition, a branch pipe 320 to be described later is coupled to the mating surface of the first lower discharge hose 270.

The first and second lower discharge hoses 270 and 280 are installed on the side of the discharge pipe 200 so as to communicate with the overflow pipe 20 of the washing table 11, the first lower discharge hose ( As shown in FIG. 4, a check valve 230 is installed to prevent water flowing from the overflow pipe 20 from overflowing to the discharge pipe 200.

And, the collecting means is inserted into the lower portion of the intermediate discharge pipe 220, as shown in Figures 4, 5 and 9, the lower half-shaped filter 330 and the lower at both ends of the filter 330 The lower end of the leg 331 is inserted into the lower discharge pipe 260 to be supported by the jaw portion of the discharge port (unsigned) formed in the lower discharge pipe 260.

Meanwhile, as illustrated in FIG. 9, the intermediate discharge pipe 220 and the lower discharge pipe 260 are coupled to each other by the coupling member 800, and the coupling member 800 is disposed on the side of the lower discharge pipe 260. It is installed but in the form of a conventional fastening ring. Therefore, when the configuration is pressed by the push button 820 and the push button 820, the upper end is caught on the locking step 240 formed in the intermediate discharge pipe 220 to compress the intermediate discharge pipe 220 and the lower discharge pipe 260 It is intended to be fastened.

Next, the collecting blade 310 is rotated by the above-described power means but extends in an axial direction in a spiral shape, and the other end is axially supported inside the intermediate discharge pipe 220.

In addition, the collection housing 300 is provided to narrow the inner diameter toward the storage means side from the discharge pipe 200. And the lower surface is formed in communication with the collection housing 300, so that the water introduced into the collection housing 300 is discharged to the lower side of the discharge pipe 200 so that the collection housing 300 and the intermediate discharge pipe 220 is in communication with each other. Branch pipe 320 is provided.

The bottom of the collecting housing 300 of the portion where the branch pipe 320 is installed is formed with a discharge passage 322 which is partially convex formed below the collecting housing 300, and above the discharge passage 322. 321 is formed. Therefore, the water in the collection housing 300 is to be discharged to the branch pipe 320 through the discharge passage 322, food waste is to be filtered by the filter 321.

Next, the storage means is in communication with the lower portion of the outer end of the collecting housing 300, as shown in Figs. 2 and 3 and 4 and 6 in the form of a hexahedron having a considerable width, the upper surface is in communication with the outside The storage housing 500 is provided with a vent 580 and at least one garbage detection sensor 40. The waste amount detection sensor 40 may be implemented as an optical sensor, an ultrasonic sensor, or the like.

A bottom plate 510 is formed at the bottom of the storage housing 500 to allow the food waste processor 100 to be seated in the storage chamber 12 of the sink 10, and the storage housing 500. When the food waste collected through the collection wing 310 is dropped into the storage housing 500 through the communication port 303 of the collection housing 300, a storage box 520 for storing the dropped food waste is installed. do.

The lower surface of the storage box 520 is formed with a protrusion 523 protruding outwardly, and the bottom of the storage housing 500 has a groove 501 into which the protrusion 523 is fitted. Therefore, the storage box 500 is installed in the storage housing 500 so that its installation position is stable and accurately aligned.

On the other hand, the bottom plate 510 supporting the storage housing 500 is adjusted to the seating position between the bottom plate 510 and the bottom of the storage chamber 12 of the sink 10 at its four corners, and stabilizes the installation state. The seating position adjusting member 570 is installed to maintain the fitting position.

The seating position adjusting member 570 penetrates up and down the bottom plate 510 as shown in FIG. 11, and is installed on the upper side of the bolt-shaped support rod 571 and the support rod 571 having a spiral portion formed on an outer circumference thereof. Then, the adjustment bolt 572 is mounted to be engaged with the spiral portion of the support rod 571 so as to adjust the vertical position of the support rod 571.

In addition, an elastic member 573 is installed at the lower end of the support rod 571 so as to be in close contact with the flexible support for the seating position, and a coil spring 574 is provided between the lower end of the support rod 571 and the lower side of the bottom plate 510. ) Is installed. In addition, a washer 575 is provided between the coil spring 574 and the outer surface of the bottom plate 510.

In addition, the side of the storage housing 500, the door 530 (532) for opening and closing the interior of the storage housing 500 in order to be able to enter and exit the storage box 520 seated inside the storage housing 500 from the outside. Is installed.

As illustrated in FIG. 6, the doors 530 and 532 are provided with separate left and right doors 530 and 532 installed on both sides of the storage housing 500. The reason for this is to allow the storage box 520 to be easily inserted into or out of one side or the other side according to the installation position of the food waste processor 100.

The left side door 530 and the right side door 532 are coupled to each other by a hinge 560 at the bottom side of the storage housing 500, and a handle 540 and a fixed hook (not shown) are installed at the top. It is. In addition, each door 530, 532 is provided with an identification window 550 to visually check the amount of food waste stored in the storage box 520 of the storage housing 500 from the outside.

In addition, a plurality of support ribs 531 are installed on the inner surface of the doors 530 and 532 so that the installation position of the storage box 520 inserted into the storage housing 500 is accurately aligned. It will be appropriate to implement the support ribs 531 made of a material that can exert a predetermined elastic force as much as possible.

On the other hand, a plurality of uneven grooves 521 are formed at the bottom of the storage box 520 to prevent the stored food waste from sticking to the bottom of the storage box 520 when the food waste is crushed by the grinding means. The uneven groove 521 is formed to be disposed radially outward from the central portion of the storage box 520.

In addition, the inner side of the storage box 520 is provided with a plurality of protrusions 522 made of rubber so that the food waste at the time of crushing is better mixed and evenly crushed and dried.

Next, the grinding means is provided with a plurality of grinding blades 410, 420 rotatably installed on the bottom of the storage box 520, as shown in Figures 4 and 6.

The grinding blades 410 and 420 are formed with a shaft hole 400 in the center portion, as shown in a and b of FIG. 10, and in the horizontal direction at the bottom of the storage box 520 to the side of the shaft hole 400. It consists of an extended horizontal grinding blade 410 and the vertical grinding blade 420 vertically bent to the upper side of the storage box 520, in another embodiment it can be implemented in a combined shape.

Subsequently, the drying means is installed on the upper side of the storage housing 500, as shown in FIGS. 3, 5, and 6, and blows air from the blower 600 and the blower 600 that exert a blowing force. It is provided with a blower pipe 610 for supplying through the upper tuyere 301 and the side tuyere 302 respectively formed in the upper portion and the rear portion of the 300.

Therefore, blown air is supplied to a portion communicating with an upper collecting housing 300 of the collecting housing 300 where the collecting wing 310 is located and the upper collecting housing 300 of the storage housing 500 to dry the food waste, and blown air Is discharged through the vent 580 formed in the discharge pipe 200 and the storage housing 500 side.

And preferably, the vent hole 580 and the discharge pipe 200 of the storage housing 500 is preferably provided with a separate deodorizing means, alternatively to separate storage deodorant material in the storage housing 500 and the storage box 520. It can also be applied and coated.

Subsequently, the power means includes a motor 710 and a rotation shaft of the motor 710 such that the rotation shaft 720 faces downward in the case 700 formed at the side of the storage housing 500 as shown in FIG. 3. A power transmission gear 730 coupled to 720 is provided, and a reduction gear 740 meshed to the side of the power transmission gear 730 is provided.

And one end is held in the winding portion 741 provided in the reduction gear 740, the other end of the timing belt wound in the power transmission unit 760 for transmitting power to the shaft hole 400 of the grinding blades (410, 420). 750.

Here, the power transmission unit 760 is axially coupled to the pulley 761 and the pulley 761 in which the other end of the timing belt 750 is wound, as shown in FIG. Power is transmitted to each other by the rotation of the second power transmission wing (763) and the second power transmission wing (763) located in the ground, the grinding blades (410, 420) in the inner projection of the bottom center of the storage box (520) And a first power transmission wing 762 coupled to the shaft.

In addition, the power means rotates the collection blade 310 together, for this purpose is coupled to the reduction gear 740 and the drive shaft 770 and the drive shaft 770 extending vertically through the interior of the storage housing 500. It is provided at the end of the gear is engaged with the gear installed on the other end of the collecting wing 310, and the rotational movement includes a worm gear 780 so that the driving position is converted and transmitted in the vertical direction.

Hereinafter, the operation state of the food waste disposal system according to the present invention configured as described above will be described.

The food waste disposal system according to the present invention is installed in the storage chamber 12 of the sink 10 so that the upper discharge pipe 210 is in communication with the drain port 14, and the first lower drain hose 270 and the second lower discharge. The hose 280 is coupled to the overflow pipe 250 in the form of "Y" and then use is made.

The bottom plate 510 provided in the food waste disposer at this time is in contact with the bottom of the storage compartment 12 of the sink 10, and the installation position of the food waste disposer 100 is in contact with the bottom plate 510. Tighten or loosen the adjustment bolt 572 of the seating position adjusting member 570 installed at the corner of the bottom plate 510 so that the position of the bottom plate 510 can be aligned in a stable position. .

In this state, the user washes the dishes in the washing table 11, and when the food waste is processed at this time, the food waste processor 100 is introduced through the drain 14, and then the drain 13 with the cover 13. ) And the cover switch 41 checks the closed state of the drain 14, the driving of the food waste processor 100 is started.

At this time, when the motor 710 is driven for the first time, the reduction gear 740 is rotated by the driving of the motor 710, and the timing belt 750 and the drive shaft 770 are rotated by the reduction gear 740. Power is transmitted to the operation is made.

This operation, first, when the drive shaft 770 is rotated through the worm gear 780 installed on the top of the drive shaft 770, the collecting blade 310 is rotated, the collection blade 310 by the rotation of the collecting blade 310 Food waste located in the middle discharge pipe 220 of the guide is guided by the spiral rotation of the collecting wing 310 is guided to the upper side of the storage box 520.

And the food waste guided to the upper side of the storage box 520 is to be introduced into the storage box 520 through the communication port 303 of the collection housing 300 due to the continuous delivery of food waste of the collection wing (310). do.

On the other hand, the power transmitted to the timing belt 750 through the reduction gear 740 is transmitted to the second power transmission wing 763 through the pulley 761, the rotation of the second power transmission wing 763 is continued. As the first power transmission blade 762 rotates, the first power transmission blade 762 rotates the grinding blades 410 and 420 coupled thereto.

And the food waste stored in the storage box 520 by the rotation of the grinding blades 410, 420 is to be crushed, the uneven groove 521 and the fixing protrusion 522 inside the storage box 520 is crushed food waste Will help.

On the other hand, when the collection of food waste and the removal of the washing water, the amount of food waste that is not collected through the collecting wing 310 enters the lower discharge pipe 260 side. However, before that, the filter 330 installed at the lower part of the collecting wing 310 filters them to prevent food waste from being discharged to the outside through the discharge pipe 200.

During or before the collection operation of the food waste, a large amount of water is introduced into the discharge pipe 200 together with the food waste. Removal of water to the food waste is made by the blower 600 blows the outside air.

The blower air is supplied to the collection housing 300 and the storage housing 500 through the blower pipe 610 by the blower 600 to blow dry the moisture from the food waste being collected or stored, and passes through the food waste. Blowing air is discharged to the outside through the vent pipe 580 of the discharge pipe 200 and the storage housing 500. At this time, it is preferable to add a separate deodorizing means on the flow path of these air.

In this way, the water entering the collection housing 300 among the water in the food waste when the food waste is collected through the collecting wing 310 is part of the branch pipe 320 in communication with the intermediate discharge pipe 220. Is discharged through the discharge pipe 200, the food waste at this time is caught by the filter 322 is to be continuously collected through the collecting blade 310.

Therefore, since the moisture of the food waste entering the storage housing 500 is minimized as much as possible, it is possible to increase the drying efficiency of the food waste in the storage box 520 by the air blow.

In addition, a large amount of water introduced through the outlet 14 is discharged to the lower side of the overflow pipe 20 through the first lower discharge hose 270 and the second lower discharge hose 280. In addition, when the water is discharged through the overflow pipe 20, the water flowing into the first lower discharge hose 270 is prevented from flowing back to the food waste processor 100 by the check valve 230.

In the above operation, the storage box 520 may collect and store a large amount of dried food waste. In the processing of the stored food waste, the user checks the amount of stored food waste through the identification window 550 of the doors 530 and 532, and then selects the left door 530 and the right door 532 according to the installation position. Open and remove the food waste stored in the storage box 520, the storage box 520 may be installed in the storage housing 500 again.

On the other hand, if too much food is filled in the collection housing 300 during the processing of such food waste, the collection wing 310 will not properly rotate, in this case the overload detection unit 50 detects this to detect the motor 710 The alarm is made to the outside through the alarm unit 53. In order to eliminate such an overload condition, when the motor 710 is reversely rotated by pressing the reverse switch 44, the collecting blade 310 is reversely rotated to release the hanging state.

In addition to this operation, if the internal components need to be repaired or replaced or the filter 330 needs to be replaced and cleaned, the coupling member 800 coupled to the intermediate discharge pipe 220 and the lower discharge pipe 260 is dismantled. What is necessary is just to disassemble and, after manufacture, press the reset switch 45, and just reset the setting state of an apparatus.

As described above, the food waste disposer according to the present invention collects, dries, and grinds food by a separate path, and all other modified embodiments have technical components of the present invention claimed in the technical scope of the present invention. It should be considered to be included.

The food waste processor according to the present invention as described above dropping the food waste directly through the drain provided in the washing table to be collected separately through the discharge pipe, and the collected food waste to dry light grinding and more hygienic treatment and Efficient collection is possible, and the existing sink can be easily installed so that there is an effect of exhibiting improved food waste disposal efficiency.

Claims (16)

A discharge pipe configured to upwardly open and discharge washing water and food waste; A collecting means communicating with one side of the discharge pipe and extending in a lateral direction and installed in the collection housing to rotate and having a collecting blade extending in an axial direction in a helical shape; Storage means for storing food waste collected by the collection means; Drying means for drying food waste by blowing air to the storage means and the collection means; Grinding means for grinding food waste collected in the storage means; Power means for providing a driving force to said collection means and said grinding means; And And a filter which is detachably installed at the discharge pipe communicating with the lower side of the collecting means and filters the food waste which has not been collected by the collecting means. delete delete delete The storage box of claim 1, wherein the storage means is installed at a storage box in which food waste collected from the collection means is dropped and stored, and a storage housing in which the storage box is mounted, and installed at a side of the storage housing. And a door that opens the inside of the storage housing so that entry and exit is possible, and the door includes a left door installed at the left side of the storage housing and a right door installed at the right side of the storage housing. delete The food waste processor of claim 5, wherein a support rib is installed on an inner surface of the door to press the side of the storage box to adjust the position of the storage box. The food waste processor of claim 5, wherein a plurality of uneven grooves are formed at a bottom of the storage box. The food waste processor of claim 5, wherein an identification window is installed at the door to visually identify the amount of food waste stored in the storage box inside the storage housing. The food waste processor of claim 1, wherein the grinding means comprises a plurality of grinding blades rotatably installed at the bottom of the storage box. The food waste processor of claim 10, wherein the grinding blade comprises a horizontal grinding blade extending in a horizontal direction at the bottom of the storage box and a vertical grinding blade vertically bent upwardly of the storage box. According to claim 1, wherein the drying means is installed on the upper side of the storage box and the blower exerting a blowing force and the upper air central portion and one end of the collection housing to guide the blowing air generated in the blower to the collecting means and the storage means Food waste processor comprising a plurality of blower pipes connected to the unit. According to claim 1, wherein the power means is driven by the motor, a reduction gear rotated by the motor and the timing belt driven by the winding portion provided in the reduction gear and the power transmitted by the timing belt to the grinding means. And a drive shaft coupled to the power transmission unit for transmitting, the drive shaft coupled to the reduction gear, and a worm gear provided at the end of the drive shaft to transfer power to the collection means. According to claim 13, The storage means is a storage box for storing the food waste collected from the collection means and the storage box to be mounted therein, and the storage housing is installed on both sides of the storage housing, respectively, the storage And a door configured to allow a box to be taken in and out, wherein the grinding means has a plurality of grinding blades rotatably installed at the bottom of the storage box. The power transmission unit of claim 13, wherein the power transmission unit is provided to be in contact with the first power transmission wing and the first power transmission wing which are axially coupled to the grinding blade on the bottom outer surface of the storage box, and rotates by the timing belt. And a second power transmission wing configured to transmit power to the first power transmission wing. The bottom plate of the storage means is installed, the bottom plate is provided with a seating position adjusting member for adjusting the seating position of the storage means, the seating position adjusting member is up and down the bottom plate And a coil spring supported at the bottom of the support rod and the lower side of the bottom plate and the elastic member installed at the lower end of the support rod, the adjusting bolt engaged to the upper end of the support rod and the support rod. Food waste handler.