KR20180015909A - Food waste destruction unit - Google Patents

Abstract

The present invention relates to a treatment apparatus for eliminating food waste. More specifically, food waste introduced into an agitating container is decomposed into organic materials by a microorganism fermenting agent in an aerobic state and then eliminated, and odor produced in a process of elimination is transferred through an exhaust line and then removed in an odor processor to be exhausted, thereby preventing a living space from being contaminated and enhancing satisfaction of consumers. The treatment apparatus of the present invention comprises: an electric heater (22) which installs a door (40) on a casing (10) to be opened and closed, accommodates a microorganism-planting medium and food waste in an agitating container (20) disposed inside the casing (10) to agitate the microorganism-planting medium and the food waste by an agitating wing (21), and controls internal temperature of the agitating container (20) according to a signal of a control unit (60); an air supply fan supplying oxygen to the agitating container (20) to facilitate activation of aerobic bacteria and also circulate air by force; and a deodorizer (50) combusting odor at high temperature to discharge smell in the completely decomposed state into the air. The control unit (60) senses temperature and humidity inside the agitating container (20) and external illumination of the casing (10); when receiving electrical signals from a sensor member (S) which converts an opening or closing state of the door (40) into electrical signals, displays a state of signaling of the sensor member (S) and operation states of a driving motor (M) rotating the agitating wing (21) and the deodorizer (50) on a display unit (D) disposed on a cover plate (30); and controls operation of the driving motor (M) and the deodorizer (50) according to input signals from the sensor member (S) and an operation portion (T).

Description

{Food waste destruction unit}

More particularly, the present invention relates to an apparatus and method for disposing of food waste, and more particularly, to a method and apparatus for disposing food waste in an agitating container, wherein the food waste is decomposed into an organic material in an aerobic state by the microbial fermentation agent, And the odor processor removes the odor from the odor processor, thereby preventing contamination of the living space and improving the satisfaction of the consumer.

Generally, the main source of food waste is households, food service centers, restaurants, etc. Most of the food waste generated is organic materials, depending on landfill, along with general waste such as various bones and shells, and only a part is recycled as livestock feed and compost .

However, in the case of the above-mentioned food waste, the water content is relatively high, so that it is easily corroded. Therefore, it is difficult to store the food waste for a long time due to bad odor and sewage and it is very troublesome and inconvenient to collect food waste. .

Accordingly, various apparatuses for recycling the food waste have been proposed in general households. Recently, however, there has been proposed a fermentation eliminator type processing apparatus capable of reducing the food waste by fermentation and extinction to improve the weight loss effect and recycling the fermented food waste as compost. Have been proposed.

Here, the basic principle of the fermentation method consists of a process of biologically decomposing and stabilizing the organic material of food waste by various microorganisms to produce final by-products which can be used as compost or the like.

The food waste composting apparatus using the fermentation method includes a fermentation tank, an air supply and organic (air amount) regulating device, and a temperature measuring device, and includes a heating device for smoothly raising the initial temperature, .

Therefore, food waste is converted into stabilized humus by the microbial fermentation agent injected into the fermenter. The fermentation bacteria are killed by the continuous fermentation heat (60-70 ° C.), and eventually the dark brown soil smell Flavored compost is created.

The device for destroying food waste using the extinction method has a principle of decomposing organic substances in an aerobic state by a microbial fermentation agent basically like the principle of fermentation method, And the food waste is decomposed and extinguished without increasing the volume even if a certain amount of food is put into the food every day.

The disinfection device for treating food waste by the above extinction method is provided with a door 2 that is opened and closed to the main body 1 as described in Korean Patent Laid-Open Publication No. 10-1999-025758, 3 and an exhaust pipe 5a is provided in the treatment tank 3. The heating heater 4 is provided with a heater 4 for receiving the medium containing the microorganisms and the food waste and stirring the mixture with the stirring blades 3a to control the internal temperature of the treatment tank 3, An air supply fan 5 for supplying oxygen for promoting the activity of the aerobic bacteria and forcedly circulating the air, a deodorizing device 6 for burning the odor at a high temperature and discharging it into the atmosphere in a fully decomposed state, It has been proposed that the device 6 includes a ceramic filter 6a and a deodorizing heater 6b.

The disinfection system of the present invention is advantageous in that byproducts are generated in a very small amount compared to the fermentation system and that it is convenient and can reduce environmental pollution. However, the extinction system is basically a process of fermenting an organic material for a long period of time in an aerobic condition by a microbial fermentation agent When harmful substances are blown when bad odor and humidity are insufficient due to harmful microorganisms, the exhaust filter is blocked, resulting in a product failure.

Korean Patent Publication No. 10-1999-025758 - System for Disposing of Food Waste (Published on Apr. 06, 1999)

The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a disinfection device capable of adjusting the internal temperature and humidity of an apparatus for disinfection to an optimum condition, stirring food waste into an agitator with a microbial fermentation agent, It is an object of the present invention to increase the suction speed of the exhaust fan when the door is opened and to prevent the fermented gas from being diverted to the outside through the open space.

In addition, according to the present invention, by using a photosensor, an electric signal is transmitted to a control unit according to a difference in illumination, and the operation of the driving unit is automatically interrupted to suppress noise generation. So that it is possible to increase the convenience of use.

In addition, the present invention provides a deodorization apparatus in which a fermented gas is supplied to a deodorization processor, the fermentation gas is removed through ultraviolet rays (UV), high voltage, anion and high temperature treatment during the movement of the fermentation gas, There is another purpose of preventing leakage of fermentation gas.

According to an aspect of the present invention,

A door 40 which is opened and closed in the casing 10 is provided and a medium in which microorganisms have been produced in the stirring bar 20 inside the casing 10 and the food waste are received and stirred by the stirring vane 21, An air heater for supplying oxygen to the stirring bar 20 for accelerating the activity of the aerobic bacteria and forcing the air to circulate forcibly; And a deodorization processor (50) for combusting the mixture at a high temperature and discharging it into the atmosphere in a fully decomposed state,

The control unit 60 senses the temperature and humidity inside the stirring barrel 20 and the external illuminance of the casing 10 and controls the electric power of the sensor member S for switching the open / And the operation state of the driving motor M and the deodorization processor 50 for rotating the stirring vane 21 and the operation state of the deodorization processor 50 are controlled by the display unit D And controls the operation of the drive motor M and the deodorization processor 50 to the input signal of the sensor member S and the input signal of the operation unit T,

The casing 10 is formed as an enclosure having an open top and a pedestal 12 is provided under the bottom plate 11. A cover plate 30 is coupled to the upper portion of the casing 10, 31 are coupled while being wrapped around the upper portion of the stirring bar 20,

The door 40 is hinged to the upper portion of the cover plate 30 so that the protruding contact portion 42 of the bottom surface of the inner cover 41 is hermetically fitted on the inner surface of the inlet port 32, And sealing them with a double seal.

The deodorization processor 50 has a supply port 51a connected to the intake hole 34 formed in the upper side of the side surface of the cover plate 30 to receive the fermentation gas, A discharge port 51c connected to the exhaust hole 13 formed in the plate 11 is formed at the lower side of the other side and a staggered partition wall 51b is continuously formed between the supply port 51a and the discharge port 51c, A deodorizer housing (51) extended in a distance;

The supply port 51a and the discharge port 51c are provided with a blocking member 52 for blocking the supply port 51a and the discharge port 51c by rotating the windshield 52a provided in accordance with the signal from the control unit 60, Wow;

A UV lamp 53 positioned below the supply port 51a for oxidatively decomposing malodor and bacteria of the supplied fermentation gas;

A high voltage generating part 54 positioned between the staggered partition walls 51b of the deodorant housing 51 to generate microwave high voltage spark;

A heater part 55 provided between the partition 51b on which the high voltage generating part 54 is located and raising the internal temperature of the partition space;

And an exhaust fan 56 mounted on the discharge port 51c and discharging the gas through the bottom plate of the casing 10. [

According to the present invention, the food waste injected into the decay processing device is extinguished, and the fermentation gas in the decaying process is subjected to UV (ultraviolet), high voltage, anion, high temperature treatment in the deodorization processor, Thereby preventing pollution of the living space and improving the satisfaction of the consumer.

In addition, it is possible to prevent the outer leakage of the fermentation gas by double-sealing the inside of the dissipation processing apparatus, thereby adjusting the internal temperature and humidity of the dissipation processing apparatus to optimum conditions, thereby improving the efficiency of decomposing and disappearing the food waste.

In addition, when the door is opened, the suction speed of the exhaust fan is increased to suppress the divergence of the fermented gas to the outside through the open space, and the exhaust line inside the deodorization processor is shielded to evacuate the gas, And the effect of improving the merchantability.

1 is a cross-sectional view of a conventional food waste disposal apparatus.
FIG. 2 is an exploded perspective view of a device for disposing of food waste according to the present invention. FIG.
3 is a cross-sectional view of a device for disposing of food waste according to the present invention.
Fig. 4 is a front view showing an internal configuration of the deodorization processor of the present invention; Fig.
5 is a block diagram of an apparatus for disposing of food waste according to the present invention.

In the food waste disposal apparatus of the present invention, the food waste put into the stirring tank is decomposed into an organic material in an aerobic state by the microbial fermentation agent and disappears, and the odor generated in the extinction process moves along the exhaust line, So that contamination of the living space can be prevented and the satisfaction of the consumer can be improved.

First, in the drawings, the same reference numerals denote members having the same or similar functions, and unless otherwise specified, the members referred to by the reference numerals in the drawings may be identified as members corresponding to these standards.

In the drawings, the components (particularly, the cross-sectional thicknesses of the casing and the door) are exaggeratedly larger (or thicker), smaller (or thinner), or simplified in terms of size and thickness Accordingly, the scope of protection of the present invention should not be construed as being limited.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a configuration and an operation example of a food waste disposal apparatus according to the present invention will be described with reference to the accompanying drawings.

2 and 3, the present invention mainly comprises a door 40 that is opened and closed in the casing 10, and a medium in which microorganisms are produced in the stirring barrel 20 inside the casing 10, An electrothermal heater 22 for storing the waste and stirring with a stirring blade 21 and controlling the internal temperature of the stirring bar 20 in response to a signal from a control unit (not shown) 60; And a deodorization processor (50) which supplies oxygen for promoting activity and forcibly circulates the air while completely decomposing the odor into high-voltage sparks, high-temperature and negative ions, and discharging the air into the atmosphere.

The casing 10 is formed such that a side plate is coupled to the bottom plate 11 to open the upper portion of the casing 10. An agitating barrel cover 24 supported on the top of the bottom plate 11 is provided on both sides of the agitating barrel 20 And a pedestal 12 is provided under the bottom plate 11. It is also possible to mount a moving wheel which can be selectively moved and fixed.

In addition, the stirring vane drive shaft 21a is penetrated and supported by the stirring vane 20. The driving shaft 21a is smoothly rotated by engaging a bearing with the support portion, and the shaft of the stirring vane 20 is rotated at different angles A stirring sprocket 21 is formed at a predetermined interval and a driven sprocket is provided at one end of the driving shaft 21a to be chain-connected to a driving sprocket of the driving motor M.

When the cover plate 30 is placed on the casing 10, the upper side plate of the casing 10 and the lower edge of the cover plate 30 are tightly coupled in a sealed state, The lid 31 formed in correspondence with the shape of the upper part of the agitating cylinder 20 at the center of the agitating cylinder 30 is engaged while wrapping the upper part of the agitating cylinder 20.

At this time, when the binding jaw 33 further formed on the lower outer surface of the lid support 31 is fitted to the seating portion 23 sealed at the upper portion of the stirring barrel, the casing 10, the lid plate 30, (20) so as to prevent leakage of the internal gas in the stirring bar (20) and prevent abrupt temperature change.

The inlet 32 formed in the upper surface of the lid plate 30 is formed to be lower than the shape of the lid pedestal 31 so as to be sloped in the lower central direction of the agitator so as to facilitate the introduction of food waste, 32) so that the contact area with the packing member 70 can be increased.

Therefore, when the moisture of the food waste inside the stirring barrel 20 is evaporated by the operation of the electro-thermal heater 22 provided under the stirring barrel 20, the collected droplets are collected on the bottom surface of the inlet port 32 of the cover plate 30, It is also possible to flow along the bottom surface of the agitator 32 and be recovered into the agitator.

The door 40 is hingedly connected to the upper portion of the cover plate 30 so that the protruding portion 42 of the bottom surface of the inner cover 41 is inserted into the opening Tightly fitted on the inner surface of the stirring barrel 32 so as to seal the cover plate 30 including the stirring bar 20.

The door 40 has an inner space formed by integrally joining the outside and the inner cover 41 and a concave portion is formed in the inner cover 41 along the rim of the bottom close contact portion 42 And the fitting holes 43 are formed in the recesses at regular intervals.

A packing member 70 that is in hermetic contact with the inner wall of the charging port 32 is inserted into the recess of the inner cover 41. The packing member 70 is provided with a fitting rod 71 protruding from the packing member 70, The engaging protrusion 71a formed on the fitting rod 71 is caught by the end of the fitting hole 43 and the packing member 70 is fixed.

Therefore, when the door 40 is closed, the packing member 70 of the adhering portion 42 hermetically contacts the inlet port 32 of the cover plate 30 and the downwardly extending inner surface of the cover plate 30, It is possible to prevent the material from leaking to the outside through the door 40.

At this time, the bottom surface of the close part 42 of the inner cover 41 is further formed with a sloped surface 44 whose bottom surface is protruded downward in the direction of the loading port 32 and sloped down from the rim toward the center, When the moisture of the food waste in the stirring barrel 20 is evaporated by the operation of the electrothermal heater 22 provided at the lower portion of the mixing chamber 20, the inclined surface 44 of the adhered portion 42 as the bottom surface of the inlet port 32 of the cover plate 30, So as to be recovered into the stirring barrel.

Therefore, the stirring barrel 20 rotates the stirring blades 21 in a state in which the door 40 having the packing member 70 is hermetically closed in the upper inlet port 32 and the medium in which the microorganisms have been breed and the food waste The gas generated while stirring causes the odor to be discharged to the outside through the deodorization processor (50).

4, the deodorization processor 50 is located in the space between the casing 10 and the stirring barrel 20 and the cover plate 30 and is provided with a UV lamp 53 inside the deodorizer housing 51. [ The high voltage generating portion 54 and the heater portion 55 to remove odors in the fermentation gas moving along the exhaust direction.

In detail, the deodorizer housing 51 is formed at one side with a supply port 51a, which is connected to the intake hole 34 formed at the upper side of the side surface of the cover plate 30 to receive the fermentation gas, A discharge port 51c connected to the exhaust hole 13 formed in the bottom plate 11 of the casing 10 is formed in the other lower side and a staggered partition wall 51b is formed between the supply port 51a and the discharge port 51c. Is continuously formed to extend the moving distance of the fermentation gas.

It is preferable that a filtering filter (not shown) is additionally provided in the air intake hole 34 of the cover plate 30 so that only the gas passes through the air intake hole 34 and flows into the deodorizer housing 51.

A blocking member 52 is mounted on the outer wall of the deodorizer housing 51 in accordance with a signal from the control unit 60. A windshield plate 52a connected to the blocking member 52 is disposed inside the deodorizer housing 51, Is located at the lower ends of the supply port 51a and the discharge port 51c and is configured to shield the supply port 51a and the discharge port 51c by rotating the windshield 52a in accordance with the signal from the control unit 60. [

At this time, the blocking member 52 operates to shield the supply port 51a and the discharge port 51c of the deodorizer housing 51 from the windshield 52a, respectively, It is preferable that one of the windshield 51a and the outlet 51c is made to open the windshield 52a and the other windshield 52a is shielded.

That is, as a use example of the blocking member 52, when the windshield 52a under the supply port 51a is opened and the windshield 52a under the discharge port 51c is shielded, the supply port 51a The odor is removed by the UV lamp 53, the high-voltage generating unit 54 and the heater unit 55, which will be described later, while the fermentation gas flowing through the deodorizer housing 51 passes between the partition walls 51b of the deodorizer housing 51.

When the malodor is removed and the windshield 52a under the supply port 51a is shielded and the windshield 52a under the discharge port 51c is opened, And is discharged to the exhaust hole 13 through the fan 56.

An agitator cover (24) for forming a mounting space is further assembled to the side surface of the stirring bar (20), and an anion generator (59) operated in accordance with the signal of the controller (60) It is also possible to connect the mounting space and the inside of the deodorization processor 50 with the anion exhaust port 24a so as to be communicated and supply the anion to the inside of the deodorization processor 50.

Or the anion emitted to the negative ion generator 59 flows through a hole provided in the cover plate 30 to purify the fermentation gas.

 The UV lamp 53 is disposed under the supply port 51a to oxidatively decompose the malodor and bacteria of the supplied fermentation gas. The UV lamp 53 includes a known electric feeder (not shown) contained in the deodorizer housing 51, And is operated by receiving electricity through the city.

The high-voltage generating unit 54 is located between the zigzag-shaped partitions 51b of the deodorizer housing 51 and receives electricity through the above-described electric power supply (not shown) to generate a microwave high-voltage spark So that odor and bacteria of the fermentation gas moving along the partition wall 51b are instantaneously burned to sparks of about 5000 volts between the electrodes.

Here, the internal configuration of the ultraviolet ray emitting device using the UV lamp and the high voltage spark generating device using the piezoelectric element is a known configuration that has been generally used, so that detailed description of the configuration and operation will be omitted.

In addition, a metal fiber is filled in the space around the UV lamp 53 located at the lower portion of the supply port 51a in a mesh form, and a UV lamp is installed therein to remove odor and harmful bacteria introduced through the supply port 51a into metal It is also possible to oxidatively decompose odor and bacteria caused by the ultraviolet ray emission of the UV lamp while filtering the fibers.

According to the present invention, the high-voltage generating portion 54 is configured to have a brush shape and be positioned in the space between the partition walls, thereby increasing the contact area with the spark and the fermentation gas, thereby improving the odor removing performance .

A heater unit 55 is further provided between the partition walls 51b where the high voltage generating unit 54 is located. The heater unit 55 may increase the internal temperature to prevent condensation and moisture from forming It is also possible.

The gas having the odor removed while moving between the staggered partition walls 51b of the deodorizer housing 51 flows into the exhaust fan 56 while the windshield 52a shielding the discharge port 51c is opened The gas is stably discharged into the exhaust hole 13 formed in the bottom plate 11 of the casing 10. [

According to another embodiment of the present invention, a deodorization filter (not shown) using a glass fiber nonwoven fabric is filled in the space between the lower portion of the discharge port 51c and the exhaust fan 56 to purify residual odors, bacteria and ozone, And the deodorization filter is made by impregnating the surface of the glass fiber nonwoven fabric so as to contain an adsorbent, a deodorant and a functional agent, thereby being capable of imparting deodorization, antibacterial, flame retardancy, ozone decomposition, allergen reduction and photocatalytic function, The glass fiber nonwoven fabric may be formed into a honeycomb shape to further improve the adsorption efficiency of gas and bacteria on the surface of the filter.

As described above, the cleaned gas passing through the UV lamp 53, the high voltage generating part 54 and the heater part 55 is exhausted to the exhaust hole 13 through the exhaust fan 56. The exhaust fan 56 To adjust the discharge amount.

A guide plate 80 for guiding the gas exhausted to the exhaust hole 13 is further mounted on the bottom of the bottom plate 11 of the casing 10. The guide plate 80 is installed on the bottom plate 11, (11).

At this time, it is preferable that the bottom plate 11 is formed to be smaller than the installation height of the pedestal 12 provided at the bottom edge of the bottom plate 11. In the inner gas moving passage, It is also preferable that the sound absorbing material 81 is filled.

The guide plate 80 is mounted on the bottom plate 11 in a sealed state and is formed to have a height smaller than the height between the bottom plate 11 and the bottom plate 11, It is also included in the present invention to maximize the noise reduction by filling the sound absorbing material 81 while increasing the moving distance of the gas moving path, such as the U, C, and S shapes.

5, the control unit 60 controls the temperature and humidity inside the stirring bar 20 and the temperature and humidity of the inside of the stirring bar 20. The control unit 60 controls the operation of each of the components, Receives the electric signal of the sensor member S that senses the external illuminance of the casing 10 and switches the opening and closing states of the door 40 to the electric signal, The operation state of the drive motor M and the deodorization processor 50 for rotating the display unit 21 is indicated by the display unit D provided on the cover plate 30. [

The operation of the drive motor M, the deodorization processor 50, and the negative ion generator 59 is controlled by the input signal of the sensor member S and the input signal of the operation unit T.

The display unit D and the operation unit T are installed on the cover plate 30 so that the user can easily operate the apparatus while easily recognizing the operation process of the apparatus.

The display unit D is formed with fan operation, stirring, heater heating, door opening / closing, temperature / humidity, timer, gas detection, error shape and digital display unit so that operation of the fan, heating of the heater, The gas detection is recognized by the lighting method, and the temperature / humidity and the timer display the temperature, humidity or time on the digital display, respectively, and the error is displayed with lit or fast flickering.

Then, while the fan operation, stirring, heater heating, gas sensing, door opening and closing, and low / high temperature / humidity displayed on the display unit D are visually displayed, sound is generated through a speaker (not shown) The present invention is not limited thereto.

In addition, the present invention is characterized in that a plurality of buttons are provided on the operation unit T so that the user can manually control the operation represented on the display unit or manually operate each step of sterilization, extinction, and deodorization, It can be operated or adjusted automatically.

The driving motor M for rotating the stirring wing 21 is provided with a torque sensing member S for transmitting the torque of the driving motor M to the control unit 60 as an electric signal, The control unit 60 rotates the drive motor M in the reverse direction four to seven times and then stops the emergency stop so that the error indication is blinked on the display unit D. [

The door 40 is opened to put the food waste into the medium accommodated in the stirring bar 20 and then the door 40 is closed. The driving motor M is operated to stir the medium and the food waste.

At this time, the control unit 60 may operate the electrothermal heater 22 and the exhaust fan 56 according to the temperature and the humidity signal of the sensor member S, or may be operated manually by the user to arbitrarily activate aerobic microorganisms in the medium It makes the environment quickly.

The heater 22 controls the temperature of the agitator 20 so that the aerobic microorganisms used in the medium of the present invention actively operate at a temperature of 30 to 60 ° C. and a humidity of 90 to 60% By adjusting the discharge rate, the internal humidity is controlled to maximize the activity and proliferation of microorganisms.

That is, according to the present invention, the humidity sensor member S is provided in the stirring barrel 20 or the lid pedestal 31 at a position close to the stirring barrel 20 to sense the internal humidity. When the humidity is low, The control unit 60 controls the speed of the exhaust fan 56 so that the internal humidity is rapidly discharged to lower the humidity of the air, Have the user beep.

As an example of the warning sound,

If the humidity is low (- water is low, please put only two cups of water).

If the humidity is high (- moisture is high, please wait a moment).

It is possible to express a warning sound which can be appropriately used when it is in an appropriate state (-Thank you, I will destroy it from now on).

It is also possible to promptly inform the user through the speaker of a warning sound that can be appropriately used in the case of malfunctioning at each step such as door opening provided with a sensor member, sterilization, extinction, deodorization, etc. .

Although the preferred embodiments of the present invention have been described for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. .

10. Casing 11. Base plate 12. Base
13. Exhaust hole 20. Agitator 21. Agitator
22. Electro thermal heater 23. Seat 30. Cover plate
31. Cover Base 32. Inlet Port 33. Binding Chin
40. Door 41. Inner cover 42. Close-
43. insertion hole 44. slope 50. deodorization processor
51. deodorizer housing 52. blocking member 53. UV lamp
54. High voltage generator 55. Heater 56. Exhaust fan
59. Anion generator 60. Control 70. Packing member
71. Fitting rod 80. Guide plate 81. Sound absorbing material
S. Sensor member M. Drive motor D. Display unit
T. Control unit

Claims (9)

A door 40 which is opened and closed in the casing 10 is provided and a medium in which microorganisms have been produced in the stirring bar 20 inside the casing 10 and the food waste are received and stirred by the stirring vane 21, An air heater for supplying oxygen to the stirring bar 20 for accelerating the activity of the aerobic bacteria and forcing the air to circulate forcibly; And a deodorization processor (50) for discharging the deodorizer into the atmosphere in a fully decomposed state,
The control unit 60 senses the temperature and humidity inside the stirring barrel 20 and the external illuminance of the casing 10 and controls the electric power of the sensor member S for switching the open / And the operation state of the driving motor M and the deodorization processor 50 for rotating the stirring vane 21 and the operation state of the deodorization processor 50 are controlled by the display unit D And controls the operation of the drive motor M and the deodorization processor 50 to the input signal of the sensor member S and the input signal of the operation unit T,
The casing 10 includes a bottom plate 11 with a pedestal 12 and a cover plate 30 coupled to an upper portion of the casing 10 to form a lid 31 ) Is coupled to the upper portion of the stirring bar 20 while being wrapped,
The door 40 is hinged to the upper portion of the cover plate 30 so that the protruding contact portion 42 of the bottom surface of the inner cover 41 is hermetically fitted on the inner surface of the inlet port 32, Wherein the food garbage disposal apparatus is configured to seal the food waste. The deodorization processor (50) according to claim 1,
A supply port 51a connected to the intake hole 34 formed at the upper side of the side surface of the cover plate 30 to receive the fermentation gas is formed at one side of the upper surface of the cover plate 30, A discharge port 51c connected to the discharge port 13 is formed at the other side and a staggered partition wall 51b is continuously formed between the supply port 51a and the discharge port 51c to extend the moving distance, A housing (51);
The supply port 51a and the discharge port 51c are provided with a blocking member 52 for blocking the supply port 51a and the discharge port 51c by rotating the windshield 52a provided in accordance with the signal from the control unit 60, Wow;
A UV lamp 53 positioned below the supply port 51a for oxidatively decomposing malodor and bacteria of the supplied fermentation gas;
A high voltage generating part 54 positioned between the staggered partition walls 51b of the deodorant housing 51 to generate microwave high voltage spark;
A heater part 55 provided between the partition 51b on which the high voltage generating part 54 is located and raising the internal temperature of the partition space;
And an exhaust fan (56) mounted on the discharge port (51c) and discharging the gas through a bottom plate of the casing (10). The door (40) has an inner space formed by integrally joining an outer and an inner cover (41). The inner cover (41) has a concave portion along the rim of the bottom surface tightening portion (42) The packing member 70 which is hermetically contacted to the inner wall of the charging port 32 is fitted in the recess so that the packing member 70 is spaced apart from the packing member 70 by a predetermined distance Wherein a protruded insertion rod 71 is fitted in the fitting hole 43 and a locking protrusion 71a formed in the fitting rod 71 is fixed to the end of the fitting hole 43 to fix the food waste. Device. The driving motor M for rotating the stirring vane 21 is provided with a sensor member S for sensing a torque force so that the torque of the driving motor M is converted into an electric signal by the controller 60 , The control unit 60 rotates the drive shaft of the drive motor M in the reverse direction four to seven times with the electric signal of the control unit 60, (D), the error indication is blinked. The hood according to claim 3, wherein the tight contact portion (42) of the inner cover (41) further comprises a sloped surface (44) projecting in the direction of the insertion port (32) Waste disposal device. The lid plate (30) according to claim 1, wherein the upper portion of the casing (10) and the lower portion of the lid plate (30) Is fitted into the seat (23) sealed at the upper portion of the cylinder (20). The guide plate 80 for guiding the gas exhausted to the exhaust hole 13 is further mounted on the bottom surface of the bottom plate of the casing 10 so that the guide plate 80 is opened only in one direction, And the sound absorbing material (81) is provided along the inner gas moving path while being airtightly connected to the plate and formed to be smaller than the installation height of the pedestal (12). An agitator cover (24) for forming a mounting space is further assembled to the side surface of the stirring bar (20), and an anion generator (59) operated in accordance with the signal of the controller (60) Wherein the anion outlet 24a is connected to the mounting space and the deodorization processor 50 so that the anion is supplied into the deodorization processor 50. [ The shielding member 52 is provided in such a manner that the supply port 51a and the discharge port 51c of the deodorizer housing 51 are shielded by the windshield 52a, Wherein one of the sphere (51a) and the discharge port (51c) is made to open the windshield (52a) and the other windshield (52a) to be shielded.

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