KR100856982B1 - Automatic food garbage dry treatment apparatus - Google Patents

Abstract

An automatic food garbage dry processor is provided to shorten a dry time by improving heat efficiency through drying food garbage using internal air of a reservoir heated in a circulation manner. An automatic food garbage dry processor comprises a body(10), a heating device, a stirring screw(30) and a discharge door(40). The body includes a drawer type reservoir(14) and a blowing line. The reservoir has a discharge port(14a) at the bottom surface thereof and a front cover(14b). The heating device heat the reservoir. The stirring screw is connected with a first motor(32), which is provided on the body, through a clutch(34), and is transversely installed in the reservoir to stir food garbage. The discharge door is transferred by a discharge door transfer screw(46) connected with a second motor(42), which is provided on the body, through a clutch(44) to open and close the discharge port of the reservoir.

Description

Automatic food garbage dry treatment apparatus

1 is a block diagram showing the overall automatic food waste drying processor according to an embodiment of the present invention.

Figure 2 is a block diagram showing a blowing line of the automatic food waste drying processor according to an embodiment of the present invention.

Figure 3 is a longitudinal sectional view showing the internal configuration of the automatic food waste drying processor according to an embodiment of the present invention.

Figure 4 is a block diagram showing an enlarged discharge door of the automatic food waste drying processor according to an embodiment of the present invention.

5a to 5c is a block diagram showing the heating means of the automatic food waste drying processor according to a modification of the present invention.

Figure 6 is an enlarged view showing the main portion of the automatic food waste drying processor according to an embodiment of the present invention.

Figure 7 is a block diagram showing a collection line of the automatic food waste drying processor according to another embodiment of the present invention.

8 is a block diagram showing the internal configuration of the automatic food waste drying processor according to another embodiment of the present invention.

Figure 9 is a block diagram showing an odor backflow prevention plate of the automatic food waste drying processor according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: body 12: blower return tube 14: storage container

15: External air entrance 16: Air blowing line 22: Heat source

24: hot wire 30: stirring screw 32: first motor

34: clutch 36: screw blade 39: auxiliary blade

40: discharge door 42: second motor 44: clutch

46: discharge door feed screw 50: collection line 51: fixture

52: odor backflow prevention plate 54: contact plate 60: humidity sensor

62: control unit

The present invention relates to an automatic food waste drying processor, and more particularly, to an automatic food waste drying processor for automatically processing food waste from collection to drying and discharging.

Generally, food waste is 80 ~ 85% of moisture, and if left with general waste, it easily decays and causes odor and sewage. Especially, when landfilling, a large amount of leachate flows out, causing secondary environmental pollution such as groundwater pollution. In addition, the incineration treatment was low in calorific value and high moisture, which was accompanied by the problem of the additional use of auxiliary fuel due to the incineration temperature decrease.

Therefore, in order to recycle food waste as compost, feed or fuel, it is separated from general waste in homes and businesses and collected in the food waste bins provided nearby. However, due to the nature of easily rotable food waste, even if left in the room for one day, bad smell or germs are generated, which is unsanitary.

Therefore, in the Korean Utility Model Publication No. 1998-0062096, a compact and compact structure that can be transported indoors or outdoors, and a technology for a simple food waste processing apparatus that can crush, stir, reduce evaporation and fermentation a small amount of food waste. Has already been made public. However, the simple food waste treatment apparatus has been raised a number of problems as follows.

First, the processing container is installed upright, so that the heat source through the heater is not supplied smoothly to the bottom of the processing container, that is, the lower layer of the stored food waste.

Second, when the drying of the food waste is complete, there is a cumbersome disadvantage of separately separating the processing container, collecting the dried food waste, and then throwing it back into the food waste container provided in the vicinity.

Third, if more than half of the food waste in the processing container, the stirring operation through the stirring grinding blade is not made smoothly has a disadvantage that the processing capacity is smaller than the container volume.

Fourth, since the food waste stored in the processing container is heated by the heater, external air is injected by the intake fan, and the air heated in the processing container is continuously discharged through the exhaust fan, so that the temperature in the processing container is heated to a predetermined temperature. It takes a long time to be delayed, and as two fans are operated continuously at the same time, it causes a problem of increasing the burden on the household due to noise increase and excessive consumption of electric energy.

Accordingly, the present invention has been devised in view of the above, in more detail, the collected food waste is automatically dried and discharged without having to move to the food waste bin, and a large amount of food waste can be quickly and quickly. It is an object of the present invention to provide an automatic food waste drying processor with improved power saving effect.

In order to achieve the above object, the present invention is provided with a drawer type storage container 14 having an external air inlet pipe 15 formed on an outlet 14a and a front cover 14b at a bottom thereof, and through a blower pen P. A body 10 having a blowing line 16 for circulating or discharging air in the storage container 14; Heating means provided to heat the storage container 14; A stirring screw 30 connected to the first motor 32 and the clutch 34 provided on the body 10 and installed in the storage container 14 in a transverse direction to stir the food waste; And a second motor 42 provided on the fuselage 10 and a discharge door transfer screw 46 connected through the clutch 44 to open and close the outlet 14a of the storage container 14. It characterized in that it comprises a discharge door 40;

At this time, the blowing line 16 is a blown return tube 12 is connected to the blowing pen (P) on the upper body 10, the blowing pen (P) is a blowing pipe (16a) extending into the storage container (14) The discharge tube 16b extending to the outside of the rotor body 10 is provided to communicate with each other, and the blower tube 16a and the discharge tube 16b are opened and closed by the operation of the solenoid valves V1 and V2.

In addition, the heating means may be provided with a heat source 22 on the storage container 14 or the fuselage 10 adjacent to the storage container 14, or on a blower tube 16a adjacent to the blowing pen P. 24) is installed to heat the inside of the storage container (14).

In addition, the blower tube (16a) is connected so that one section is detachable, characterized in that the end is extended to protrude inward on the front cover (14b) of the storage container 14 is characterized in that a plurality of through-holes (16c) is formed.

In addition, the finishing plate 26b having another through hole 16c 'formed on the blower tube 16a having the through hole 16c is linearly transferred by the electromagnet M to open and close the through hole 16c.

In addition, the check plate 15b which is opened and closed by the holding force of the spring 15a is installed on the external air inlet pipe 15 of the front cover 14b.

In addition, the storage container 14 is formed in a cylindrical shape so that the stirring screw 30 is accommodated and rotates smoothly, characterized in that the hopper portion 14d into which food waste is put on the top is opened in a funnel shape.

In addition, the stirring screw 30 has a screw blade 36 formed in a trapezoidal cross-sectional shape is provided in the form of a coil, one end of which is connected to a rotating shaft 38 which is linked to the first motor 32, and the other end thereof is It is characterized in that the insertion is installed so as to rotate on the front cover (14b) of the storage container (14).

In addition, the stirring screw 30 is characterized in that the twisting direction of the screw blade 36 is formed different from each other for each section.

In addition, it is characterized in that a plurality of auxiliary blades 39 are provided between the screw blades 36 of the stirring screw 30.

In addition, the discharge door 40 is characterized in that the plate-shaped spring 41 is provided on the bottom so as to be in close contact with the discharge port (14a) of the storage container 14 to maintain the airtight.

In addition, the outlet 14a of the storage container 14 is connected to the collection line 50 installed for each generation or the fixture 51 for installing the collection bag (R) on the bottom of the body 10 corresponding to the outlet (14a) Equipped with) characterized in that it is automatically collected and discharged food waste is completed.

In addition, the collection line 50 is installed with the spring 53 at the end adjacent to the discharge port 14a, the odor backflow prevention plate 52 and the odor backflow prevention plate 52 having a locking portion 52a at one end thereof. 52, the holding plate 52 and the corresponding storage container 14 on the corresponding storage container 14 is provided to be engaged with each other, characterized in that the opening and closing operation when opening and closing the storage container.

In addition, the humidity sensor 60 and the temperature sensor 60 'is provided on the ventilation return tube 12 of the fuselage 10, the amount of humidity detected through the humidity sensor 60 and the temperature sensor 60' And a control unit 62 for counting the temperature to determine whether food waste is dried and to prevent overheating.

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

1 is a block diagram showing an automatic food waste drying processor as a whole according to an embodiment of the present invention, Figure 2 is a block diagram showing a blowing line of the automatic food waste drying processor according to an embodiment of the present invention, Figure 3 Is a longitudinal sectional view showing the internal structure of the automatic food waste drying processor according to an embodiment of the present invention, Figure 4 is a configuration diagram showing an enlarged discharge door of the automatic food waste drying processor according to an embodiment of the present invention, 5a to 5c is a block diagram showing the heating means of the automatic food waste drying processor according to a modification of the present invention, Figure 6 is a configuration diagram showing an enlarged main portion of the automatic food waste drying processor according to an embodiment of the present invention. 7 is a block diagram showing a collection line of the automatic food waste drying processor according to another embodiment of the present invention, 8 is a block diagram showing the internal configuration of the automatic food waste drying processor according to another embodiment of the present invention, Figure 9 is a odor backflow prevention plate of the automatic food waste drying processor according to another embodiment of the present invention It is a block diagram.

The present invention relates to an automatic food waste drying processor, wherein the automatic food waste drying processor is installed or provided in a kitchen of a home or a business, so as to automatically carry out the drying, discharging, and collection of food waste from the fuselage 10, The heating means, the stirring screw 30, the discharge door 40 and the like is characterized in that the main configuration.

In the fuselage 10 according to the present invention, a storage container 14 having an external air inlet pipe 15 formed on an outlet 14a and a front cover 14b at a bottom thereof is installed in a drawer type, and a blower pen P is provided. Blowing line 16 for circulating or discharging air in storage container 14 is provided. The body 10 is fixedly installed on a wall, a sink, or the like, and is freely installed in a stand shape, and the storage container 14 is installed in a drawer type by a guide means (not shown) such as an LM guide. At this time, a stopper (not shown) is provided to limit the transfer section so as not to be completely separated while opening the storage container 14.

Here, the storage container 14 is formed in a cylindrical shape so that the stirring screw 30, which will be described later, smoothly rotates as shown in FIG. 3, and a hopper portion 14d into which food waste is introduced is opened in a funnel shape. . The storage container 14 is processed tolerant in consideration of the outer diameter size of the stirring screw 30 so that the stirring screw 30 installed in the transverse direction does not generate rotational load due to deformation and flow during rotation, and the storage container 14 When the food waste is introduced into the inside, a hopper portion 14d having an upper portion formed in a funnel shape is formed so as not to flow to the outside.

In addition, a blower line 16 is installed at the upper portion of the body 10 corresponding to the hopper portion 14d of the storage container 14 to serve to circulate or discharge the air inside the storage container 14 to the outside. In this case, the blower line 16 has a blown return tube 12 connected to the blower pen P on the upper part of the fuselage 10 as shown in FIGS. 1 to 2, and the blower pen P extends into the storage container 14. The blower tube 16a and the discharge tube 16b extending outside the fuselage 10 are provided to communicate with each other, and the blower tube 16a and the discharge tube 16b are opened and closed by the operation of the solenoid valves V1 and V2.

That is, the air sucked through the blower return tube 12 by the operation of the blower pen P is switched by the operation of the solenoid valves V1 and V2, where the solenoid valve on the discharge tube 16b. When the solenoid valve V1 is opened on the blower tube 16a with V2 closed, air is continuously circulated in the storage container 14, on the contrary, the solenoid valve V1 is closed on the blower tube 16a. When the solenoid valve V2 is opened on the furnace discharge pipe 16b, the internal air of the storage container 14 is discharged to the outside. On the other hand, the discharge pipe (16b) is connected to the vent or drain pipe communicating with the outdoor portion.

At this time, the solenoid valve (V1) (V2) is opened and closed operation by the control unit 62, where the control unit 62 is the humidity sensor 60 and the temperature provided on the blowing return tube 12 of the body (10) The amount of humidity and temperature detected through the sensor 60 'is counted to prevent food waste from drying and to prevent overheating. That is, if the humidity level in the storage container 14 is detected from time to time by the humidity sensor 60 and the value matches the set value, the controller 62 controls the opening / closing operation of the solenoid valves V1 and V2 to store the storage container 14. The drying cycle is repeated while circulating or releasing the internal air. In addition, after determining whether the food waste is dried by the amount of humidity in the air, the discharge door 40 to be described later is opened to discharge the dried food waste, the detailed description thereof will refer to the operating state.

In addition, the temperature sensor 60 'is provided on the blower return tube 12 to measure the temperature of the air to control the storage container 14 not to be heated above a set value to prevent fire due to overheating. On the other hand, it is preferable that the temperature sensor 60 'is further installed at a position adjacent to the heat source 22 and the hot wire 24.

As such, the circulation or discharge of the air inside the storage container 14 is controlled by the blower line 16, so that food waste is initially input and heated to continuously circulate the internal air of the storage container 14 to rapidly heat the food waste. Then, when the internal air of the storage container 14 is heated to a predetermined temperature (for example, the humidity is saturated in the air) is discharged to the outside through the discharge port 16b while sucking the new air through the external air inlet pipe 15 As the food waste is dried by repeating the cycle, the drying efficiency is improved at low power, and thus the energy saving effect is high.

At this time, the external air inlet pipe 15 is penetrated on the front cover 14b and opened and closed by the check plate 15b, where the check plate 15b is an external air inlet pipe 15 as shown in the enlarged view of FIG. It is installed to pivot on and is kept closed by the spring (15a), and as described above is opened by the suction force of the blower pen (P) during the discharge of the internal air of the storage container (14) will be described later Heated by heating means.

In addition, the heating means according to the present invention is provided with a heat source 22 on the storage container 14 or the fuselage 10 adjacent to the storage container 14, or on the blower tube 16a adjacent to the blowing pen P. A heating wire 24 is installed at the inside to heat the inside of the storage container 14.

5A to 5B, the heating means is a method of heating a storage container 14 by installing a heat source 22 such as an electric heating wire on a storage container 14 or a body 10 adjacent to an outer circumferential surface of the storage container 14. FIG. 5C shows a heat source 22 such as a high frequency generator provided on the upper surface of the body 10 corresponding to the hopper portion 14d of the storage container 14 to store the food container 14. The state which heats the food waste accommodated in) is shown.

In addition, as the air in the storage container 14 is circulated by the blower pen P as shown in FIGS. 1 to 2, the hot air is heated by the hot wire 24 installed on the blower tube 16 to be accommodated in the storage container 14. It is supplied to the food waste, wherein the blower tube 16a is detachably attached to one section so as to open and close the storage container 14 (eg, the blower tube 16a at a boundary corresponding to the fuselage 10 and the storage container 14). Are divided to be inserted / separated into different diameters), and end portions thereof extend to protrude inward on the front cover 14b of the storage container 14, thereby forming a plurality of through holes 16c.

At this time, the closing plate 26b having another through hole 16c 'formed on the blower tube 16a having the through hole 16c is linearly transferred by the electromagnet M, thereby opening and closing the through hole 16c. As shown in FIG. 6, another through hole 16c ′ is formed on the closing plate 26b corresponding to the through hole 16c of the blower tube 16a, and the closing plate 26b is installed to slide the blower on the blower tube 16a. The through hole 16c is opened and closed while being transported by the operation of the electromagnet M provided therein. Therefore, when the food is initially introduced into the storage container 14, the food waste is blown into the blower because the blower tube 16a and the through hole 16c and 16c 'of the closing plate 26b are kept in a closed state as shown in the enlarged view of FIG. (16a) When the inflow is prevented to the inside, and then the blower pen P is operated, the closing plate 26b is transferred by the electromagnet M so that the through holes 16c and 16c 'coincide with each other and the warm air is supplied. do. Therefore, the problem that the food waste is introduced through the through hole (16c) is contaminated or blocked inside the blower tube (16a).

In addition, the blower tube 16a extends to protrude from the front cover 14b of the storage container 14, so that the drying air is efficiently supplied even if the large amount of food waste is stored in the storage container 14 as the warm air is evenly supplied into the food waste. Improved, of course, when the dried food waste is discharged is quickly discharged without interference to the blower tube (16a). On the other hand, the blower tube 16a is preferably manufactured by sectioning so that the inner diameter can be washed frequently during use, and is fastened by screwing to facilitate disassembly / assembly.

In addition, the stirring screw 30 according to the present invention is connected to the first motor 32 and the clutch 34 provided on the body 10, and installed in the transverse direction in the storage container 14, food waste Stir. The stirring screw 30 repeatedly performs the forward and reverse rotation by the operation of the first motor 32 and evenly stirs the food waste contained in the storage container 14, wherein the stirring screw 30 is the storage container 14. It is connected through the clutch 34 so as to be separated from the first motor 32 when the drawer is opened.

At this time, the stirring screw 30 is provided with a screw blade 36 is formed in the form of a coil cross-section trapezoidal shape as shown in Figure 6 is connected to the rotating shaft 38, one end of which is linked to the first motor 32, The other end is inserted and installed to rotate on the front cover 14b of the storage container 14. Stirring screw 30 has a screw blade 36 is formed in the form of a hollow coil in the center to accommodate a large amount of food waste, and the twisting direction of the screw blade 36 in one direction or in a section different from each other in the reverse direction It is formed and is gradually stirred from the outer portion of the food waste during rotation, so that the load on the stirring screw 30 is reduced. And if the twisting direction of the screw blade 36 is formed in the reverse direction different from each other as shown in Figure 8 because the food waste is divided in the opposite direction to each other in the divided state there is an advantage that the stirring efficiency is improved.

On the other hand, one end of the screw blade 36 is connected to the rotating shaft 38, the connecting plate of the "+" shape on the rotating shaft 38 is provided alternately, the screw blade 36 is firmly fixed, the screw blade ( The other end of the 36 is bent in a ring shape and inserted into the front cover 14b of the storage container 14 so that it is not interfered with the blower tube 16a during rotation.

In addition, the stirring screw 30 is provided with a plurality of auxiliary blades 39 between the screw blades (36). Auxiliary blade 39 is connected between the formed screw blade 36 and the screw blade 36 in the form of a coil to improve the overall durability, as well as the end of the auxiliary blade 39 protrudes toward the stirring screw 30 center food The waste is stirred more evenly. The auxiliary blade 39 is formed in a plate shape not only to increase the stirring efficiency of the food waste, but also provided in the form of a blade serves to grind bulky food waste.

In addition, the discharge door 40 according to the present invention is transported by the discharge door transfer screw 46 connected via the second motor 42 and the clutch 44 provided on the body 10, the storage container 14 It is provided to open and close the outlet (14a) of. Discharge door 40 is provided to be slide-shifted by the rotational force of the discharge door transfer screw 46 in conjunction with the second motor 42 on the discharge port (14a) of the storage container 14, discharged as shown in FIG. As the door is lifted upward by the elastic force of the plate-shaped spring 41 provided on the bottom surface of the door 40, the discharge door 40 is in close contact with the discharge port 14a of the storage container 14 to maintain airtightness. This has the advantage that the water contained in the food waste initially introduced into the storage container 14 is prevented from leaking into the gap between the discharge port (14a) and the discharge door (40).

At this time, the discharge door transfer screw 46 is connected through the clutch 44 to be connected to / disconnected from the second motor 42 when the storage container 14 is opened and closed in a drawer type.

Meanwhile, as shown in FIG. 1, the clutches 34 and 44 are formed in a coupling structure in which sound and embossed portions are engaged with each other, or a structure in which each rod and each groove are coupled to each other, and the clutches 34 and 44 are The entrance is formed to be inclined so as to facilitate the coupling.

In addition, the outlet 14a of the storage container 14 is connected to the collection line 50 installed for each generation or the fixture 51 for installing the collection bag (R) on the bottom of the body 10 corresponding to the outlet (14a) Food waste is dried and collected automatically.

As shown in FIG. 7, the collection line 50 is a household, and one end is connected to each household in the case of a multi-family house, and the other end is connected to the food waste tank T provided in the basement or the ground floor. Therefore, the cumbersome problem of having to go up and down to the first floor where food waste bins are often disposed in order to discard food waste is solved, and the unnecessary elevator use amount is reduced, and energy saving effect including management cost is large.

On the other hand, when the collection line 50 is inclined according to the installation position, the discharge of the dried food waste is automatically made easily, but when installed horizontally, the dried food waste cannot slide out of the collection line 50 and be discharged. Since it remains, it is preferable to install a separate discharge screw (not shown).

Here , the collection line 50 is installed with the spring 53 at the end adjacent to the outlet 14a, the odor backflow prevention plate 52 and the odor backflow prevention plate 52 having a locking portion 52a at one end thereof. On the locking portion 52a of the 52 and the storage container 14 corresponding to each other, the plate 54 is provided to be engaged with each other to open and close when the storage container is opened and closed. That is, when the collection line 50 opens the storage container 14, as shown in FIG. 9, the odor backflow prevention plate 52 of the spring 53 The collection line 50 is kept in a closed state by being close to one side by the elastic force, and when the storage container 14 is closed, the catching portion 52a is moved backward by the plate 54 at one end and the collection line 50 is closed. Open. Thus, even when the storage container 14 is opened to inject food waste, the collection line 50 is temporarily closed by the odor backflow prevention plate 52, so that the phenomenon of odor through the collection line 50 is prevented from flowing back.

In addition, the collection bag (R) installation method through the fixing unit 51 as shown in Figure 8 is mainly used for general households and businesses, by installing the automatic food waste drying processor in the form of a stand-up food waste collection bag (R By discharging immediately, the cumbersome disadvantage of having to collect it separately is avoided. At this time, the fixture 51 is formed in the shape of a cage or guide bar to support the collection bag (R) in an open state.

On the other hand, since the food waste stored in the food waste tank (T) or the collection bag (R) is in a dry state, it is hygienic as well as easy to handle.

In operation, the food waste is first put into the storage container 14 and then the start switch (not shown) is pressed on the control unit 62. When the heating means, that is, for example, the blower pen P is operated, the heating wire 24 is operated. The hot air heated by the air is circulated into the storage container 14 through the blower tube 16a and the blower return tube 12, and then the stirring screw 30 is fixed at regular intervals by the operation of the first motor 32. The food waste is heated while stirring the reverse rotation repeatedly. At this time, when the internal air temperature of the storage container 14 or the amount of moisture contained in the air reaches the set value, the valve V1 is closed on the blower tube 16a and the valve V2 is opened on the discharge tube 16b to open the storage container. The internal moisture of 14 is discharged to the outside.

When the humidity sensor 60 repeatedly detects the amount of humidity contained in the air conveyed through the blower return tube 12 while repeatedly performing the cycle, and determines that drying is completed, the heating means is stopped and the second means is stopped. The discharge door 40 is opened by the operation of the motor 42, and the dried food waste is discharged and collected into the waste tank T or the collection bag R through the discharge port 14a. At this time, the stirring screw 30 is rotated at a low speed to transport the food waste in the storage 14 to the outlet 14a is discharged more quickly and cleanly.

According to the above configuration and operation, the present invention is automatically processed from the collection of food waste to drying and discharging, and in particular, the dried food waste is immediately discharged to a waste tank or a collection bag, so the food waste must be collected and discarded daily. The troublesome disadvantage is solved.

In addition, the stirring performance is improved by the stirring screw in the form of a coil to accommodate a large amount of food waste, and there is an effect that can be processed in a short time.

In addition, since the food waste is dried by heating the internal air of the storage container in a circulating manner, the thermal efficiency is improved, and the drying time is shortened, thereby greatly reducing the electric energy.

Claims (14)

A storage container 14 having an external air inlet pipe 15 formed on a discharge port 14a and a front cover 14b at a bottom thereof is installed in a drawer type, and the air in the storage container 14 is circulated through a blower pen P. Or a fuselage 10 having a blowing line 16 for discharging; Heating means provided to heat the storage container 14; A stirring screw 30 connected to the first motor 32 and the clutch 34 provided on the body 10 and installed horizontally in the storage container 14 to stir the food waste; And It is provided to open and close the outlet 14a of the storage container 14 while being transported by the discharge door transfer screw 46 connected through the second motor 42 and the clutch 44 provided on the body 10. Automatic food waste drying processor characterized in that it comprises a discharge door (40). The method of claim 1, The blower line 16 has a blown return tube 12 connected to the blower pen P on the upper portion of the fuselage 10, and the blower pen P has a blower tube 16a and a fuselage extending into the storage container 14. (10) The automatic food waste, characterized in that the discharge pipe (16b) extending to the outside is in communication with each other, the blower tube (16a) and the discharge pipe (16b) is opened and closed by the operation of the solenoid valve (V1) (V2). Drying processor. The method according to any one of claims 1 to 2, The heating means is provided with a heat source 22 on the storage container 14 or the fuselage 10 adjacent to the storage container 14, or on the blower tube 16a adjacent to the blowing pen P. Automatic food waste drying processor, characterized in that to install the storage container 14 to heat the inside. The method of claim 3, wherein The blower tube 16a is connected so that one end is detachably attached to the blower pen P, and an end thereof extends to protrude inward from the front cover 14b of the storage container 14 so that a plurality of through holes 16c are formed. Automatic food waste drying processor characterized in that. The method of claim 4, wherein Automatic food waste, characterized in that the closing plate 26b having another through hole 16c 'formed on the blower tube 16a having the through hole 16c is linearly transferred by the electromagnet M to open and close the through hole 16c. Drying processor. The method of claim 1, Automatic food waste drying processor, characterized in that the check plate (15b) is installed on the outer air inlet pipe (15) of the front cover (14b) with a spring (15a). The method of claim 1, The storage container 14 is formed in a cylindrical shape so that the stirring screw 30 is rotated smoothly, automatic food waste drying, characterized in that the hopper portion 14d into which the food waste is put into the funnel shape. Handler. The method of claim 1, The stirring screw 30 is provided with a screw blade 36 formed in a trapezoidal cross-sectional shape in the form of a coil, one end of which is connected to a rotating shaft 38 that is linked to the first motor 32, and the other end of the storage container. Automatic food waste drying processor, characterized in that the insertion is installed so as to rotate on the front cover (14b) of (14). The method of claim 8, The stirring screw 30 is automatic food waste drying processor, characterized in that the twisting direction of the screw blade 36 is formed in a reverse direction opposite to each other in one direction or section. The method of claim 8, Automatic food waste drying processor, characterized in that a plurality of auxiliary blades (39) provided between the screw blades (36) of the stirring screw (30). The method of claim 1, The discharge door 40 is an automatic food waste drying processor, characterized in that the plate-shaped spring 41 is provided on the bottom surface in close contact with the discharge port (14a) of the storage container 14 to maintain the airtightness. The method of claim 1, The outlet 14a of the storage container 14 is connected to the collection line 50 installed for each generation, or the body 10 is installed in a stand shape, and the collection bag R is disposed on the bottom of the body 10 corresponding to the outlet 14a. Automatic food waste drying processor, characterized in that it is equipped with a fastener (51) for installing) to automatically discharge the collected food waste. The method of claim 12, The collection line 50 is installed with the spring 53 at the end adjacent to the outlet 14a, the odor backflow prevention plate 52 and the odor backflow prevention plate 52 having a locking portion 52a at one end thereof. Automatic food waste drying processor, characterized in that the closing plate (52a) on the storage container 14 corresponding to the engaging plate (52) is provided to be engaged with each other when opening and closing the storage container. The method of claim 1, Counting the amount of humidity and temperature detected through the humidity sensor 60 and the temperature sensor 60 'provided on the blower return tube 12 of the fuselage 10 to determine whether food waste is dried and to prevent overheating. Automatic food waste drying processor, characterized in that the control unit 62 is provided.

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