JP2588451B2 - Odorless decomposition processing equipment for garbage - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an odorless decomposition apparatus for garbage, which is capable of eliminating garbage such as cooking waste discharged from general households and the food and beverage industry and processed waste discharged from the food industry and feed industry. Things.

[0002]

2. Description of the Related Art Conventionally, in Japan, garbage generated at home is processed by local governments, and food waste generated in the food industry is processed as industrial waste by a specialized trader. At that time, garbage is treated by landfilling and incineration. In the past, pig farmers had collected them as feed, but now most do not do so because they have switched to compound feed. In addition, due to the limitations of the municipal disposal capacity of municipalities, self-treatment of garbage in each household has been proceeding as much as possible for about 10 years, led by the municipalities. In other words, a plastic container with a bottomless lid is placed on the soil, garbage is put into the container, and the decomposition is performed by a natural method. Further, recently, various manufacturers have developed "garbage disposal apparatuses" that can decompose garbage by soil bacteria having an organic substance decomposing action and use the processed products with various fertilizers.

[0003]

However, the conventional garbage processing method has the following problems. (1) Landfilling includes critical landfilling, landfilling in mountainous valleys, and underground landfilling. Any of these methods will lead to the destruction of natural phenomena. In addition, the occurrence of pests and odor pollution on local residents is inevitably involved. Therefore, such a treatment method is not desirable in these days when the problem of environmental protection is attracting attention internationally. Furthermore, the biggest problem with the landfill method is that there is naturally a limit in the small and limited land area as in Japan.

(2) The incineration treatment is not economical due to high equipment cost, and there are numerous problems such as generation of carbon dioxide gas and scattering of harmful substances in the incineration process.

[0005] (3) The self-processing of garbage in each household has the following disadvantages. Requires soil. The odor increases daily. Accompanied by the occurrence of maggots and flies. Although it is naturally decomposed, its volume is only slightly reduced, and the input garbage increases and overflows every day. Inexpensive containers are easily damaged. The plastic container is completely lacking in weather resistance due to the composition at the time of production. Dogs and cats cause garbage scattering pollution.

(4) Conventional garbage processing apparatuses developed by various manufacturers have the following disadvantages. In a processing apparatus that promotes the growth of anaerobic microorganisms, there is a great risk of odor generation. Some are equipped with a heater so that they can be used even in winter, but they are not so desirable from the viewpoint of energy saving and economics. In the case of a horizontal stirring mechanism, the size of the apparatus is increased. The conventional vertical stirring mechanism can save space compared to the horizontal stirring mechanism, but it has been difficult to uniformly stir the powder at the bottom and the powder at the upper layer. There are a large number of operation panels, the operation method is complicated, and the operation is difficult, and there is no one developed from an ergonomic point of view. An object of the present invention is to provide an odorless decomposition apparatus for garbage that can decompose garbage odorlessly, hygienically, and efficiently in order to solve the above problems.

[0007]

According to the present invention, there is provided an apparatus for deodorizing garbage in order to solve the above-mentioned problems. A garbage processing tank loaded with a garbage decomposition medium prepared by treating wood flour at a high temperature. It is provided at the top of the main body and its garbage disposal tank main body,
A canopy whose interior is partitioned by a top plate, and a heat insulating material adhered to the inner walls of the garbage disposal tank body and the canopy,

[0008] A stirring blade driving device and a revolution driving device provided on the top of the top plate, a stirring blade driving gear with a driving device shaft fixed to a shaft below the top plate of the stirring blade driving device, and an inside of the gear case. Are fixed to the inner stirring blade gear, the intermediate transmission gear, the outer stirring blade gear, and the inner stirring blade gear in the gear case, which are sequentially meshed with the stirring shaft drive gear with the drive shaft, and penetrate through the gear case. While being rotatably supported by a stirring blade bearing arm provided at the lower portion of the main body, an inner stirring shaft on which a spiral inner stirring blade is mounted, and fixed to an outer stirring blade gear in a gear case, The outer stirring shaft, which is rotatably supported by a stirring blade bearing arm provided at the lower part of the main body through the gear case and is provided with a spiral inner stirring blade, and a bottom plate of the garbage disposal tank main body. Supported in the center, the upper end of which is a gear A central shaft fixed to the lower part of the base, a revolving drive wheel with a gear case fixed to the upper surface of the center of the gear case, and a shaft of the agitating blade drive penetrating through the center with a gap therebetween; The upper end of the boss of the drive wheel is rotatably supported, and the center shaft maintenance bearing provided on the top plate, the revolving drive wheel fixed to the shaft below the top plate of the revolving drive, and the revolving drive wheel and the revolving gear unit A revolving drive belt connected to the drive wheels,

[0009] A mesh seat plate provided with a gap from the bottom plate and having several through holes and a net attached thereto, and an air intake and emergency drain port provided at an end of a space between the bottom plate and the mesh seat plate. And a bottom plate insulation material attached to the outside of the lower surface of the bottom plate,

[0010] A garbage press-in unit provided on a lower body portion of the garbage processing tank main body, a garbage input port lid provided to be openable and closable on an input lid hinge of the garbage press-in unit, and a garbage press-in unit. An automatic start / stop sensor that is provided on the main body and senses the open / close state of the garbage input lid, and a groove provided for providing air permeability in a gap between the garbage input mouth lid and the garbage press-in device main body,
A press-fit wing drive provided on a frame installed at the bottom of the garbage treatment tank main body and the garbage press-fitting press main body, a press-fit wing drive gear fixed to the shaft of the press-fit wing drive, and a press-fit cylinder wall. And the press-fitting wing gear fixed to the outer end of the press-fitting wing shaft and meshed with the press-fitting wing drive gear, one end is closed by the press-fitting cylinder wall, and the other end is fixed through the garbage disposal main body and the heat insulating material. And a press-fit cylinder installed at a slightly higher horizontal position than the garbage disposal tank body side with respect to the underframe,

An air supply device installed on the top plate, an air supply tube buried in the heat insulating material and connected to the air supply device to supply air into the garbage disposal tank main body; The intake top plate opening through which the air in the garbage disposal tank body is provided, and the air taken in through the intake top plate opening are discharged to the outside via the gas decomposer casing and air guide tube. An air outlet,

A sight glass door having a transparent portion provided on the upper side of the garbage disposal tank main body, and a seal for preventing the disintegrating agent from dropping to fill a gap between the netted seat plate and the central shaft. Have been.

The stirring blade shaft having stirring blades may be composed of one or three stirring blades, and the garbage decomposition medium may be wood powder. Further, a humidity sensor may be provided in the garbage disposal tank main body, and a warning may be given by a predetermined means when the garbage processing tank is dried more than necessary, or water may be automatically added by the humidity sensor.

Further, the revolving drive may be operated a few seconds after the agitator drive has been operated, and the entire drive mechanism may be stopped simultaneously with opening of the garbage inlet. You may. In addition, a sensor for measuring the amount of garbage input may be provided, and a warning may be issued when the amount of the garbage decomposition medium exceeds a processable limit.

[0015]

[Operation] First, open the garbage input palate with the input palate hinge as a fulcrum, and input garbage from the garbage input port. When the garbage input lid is closed, the automatic start / stop sensor provided in the garbage press-in unit operates, and the press-in wing drive and stirring blade drive automatically operate. After a few seconds have passed after the agitator drive has been activated, the orbital drive is activated.

The garbage put into the garbage press-in unit is
Due to the rotation of the press-fitting wings, they are evenly spread and press-fitted into the garbage processing tank body. And, in the garbage processing tank body,
The garbage at the bottom is moved to the upper layer together with the garbage decomposing medium by the rotation of the inner stirring blade and the outer stirring blade, and is uniformly and efficiently stirred and decomposed by the revolving motion around the central axis. .

On the other hand, since fresh oxygen is always required to be supplied to maintain the odorless decomposition for a long period of time, it is provided from the air supply device to the middle part of the heat insulating material on the back side of the garbage disposal tank main body. A certain amount of air is sent into the garbage disposal tank main body from the opening through the air supply pipe.

At the same time, by operating the intake door, the outside air is allowed to permeate the entire area of the garbage decomposing medium through the mesh of the meshed seat plate from the air inlet / emergency drain. Then, the air is discharged to the outside from the air outlet through the gas inlet opening and the gas decomposition agent case.

The outside air is also sucked from the groove in the gap between the garbage inlet and the garbage press-in unit, passes through the gap between the garbage decomposing medium, and reaches the opening of the intake top plate. Is discharged. Therefore, the odor of the garbage attached to the input port is also drawn into the treatment tank main body, and the odor from the input port is completely eliminated. As described above, since the supply of oxygen is always forced into the garbage processing tank main body, the activity of microorganisms is activated, and the amount of garbage can be eliminated and eliminated several tens times faster than natural decomposition.

By using a garbage decomposition medium,
Decomposed water generated from garbage is absorbed by the garbage decomposition medium agent, and at the same time, is evaporated and eliminated by the ventilation of the garbage processing tank body by the air supply unit and the intake door, and there is no drainage. . In the unlikely event that a large amount of garbage with a high water content such as juice is thrown in by mistake and exceeds the water content of the garbage decomposing medium, the excess decomposed water will naturally pass through the gap between the garbage decomposing medium. It sinks and is discharged to the outside from the emergency drain through the mesh of the seat with mesh.

[0021]

Embodiments of the present invention will be described below with reference to the drawings. 1 is a longitudinal sectional view showing a configuration of an embodiment of the present invention, FIG. 2 is a plan view of a main portion showing a configuration of a bottom portion, FIG. 3 is a plan view of a main portion showing a configuration of an upper portion, and FIG. It is a principal part front view which shows the groove | channel provided in order to give air permeability to the clearance gap with a garbage press-in device main body. First, the configuration of the present invention will be described. Reference numeral 6 denotes a garbage disposal tank main body in which a garbage decomposing medium 39 obtained by treating wood flour at a high temperature is loaded. The garbage decomposing medium agent 39 is obtained by extracting and cultivating the organic matter-decomposing microorganisms living in the soil by applying the principle of eliminating and burying the soil buried portion, and implanting it on wood powder or the like instead of the soil. . Since short-day decomposition by the method of underwater decomposition is mechanically expensive, it follows the same principle as soil burial in the natural world, and uses wood flour instead of soil to produce various effects of wood flour at 130 ° C. Detoxification and sterilization by heating
It improves the temperature of implantation and growth of decomposing bacteria, and at the same time enhances the safety as an organic fertilizer by decomposing lignin sun, which is effective in inhibiting germination. Aerobic bacteria are used as degrading bacteria.

A viewing window door 32 having a transparent portion is provided on the upper part of the side surface of the garbage processing tank main body 6. A canopy 3 is provided at an upper portion of the garbage processing tank main body 6, and the inside thereof is partitioned by a top plate 5. Since hard urethane insulating materials 2 and 7 are adhered to the inner walls of the garbage disposal tank main body 6 and the canopy 3, a heater can be provided inside or outside even in the extremely cold season such as the Tohoku and Hokkaido regions. No need to turn it on. Further, since the garbage decomposing medium 39 itself also serves as a heat insulating material and constantly generates heat, a drop in the temperature around the garbage processing tank main body 6 does not affect much.

Above the top plate 5, a stirring blade driving device 33 and a revolution driving device 4 as stirring driving means are provided.
The shaft of the stirring blade driving device 33 penetrates through the top plate 5 and is fixed to a stirring blade driving gear 37 with a driving shaft. The stirring blade driving gear 37 with a driving shaft has an inner stirring blade gear 38 and an intermediate transmission gear 2.
7. The outer stirring blade gear 25 is sequentially meshed with the inside of the gear case 36.

An inner stirring shaft 10 on which a spiral inner stirring blade 11 is mounted is fixed to an inner stirring blade gear 38 in the gear case 36, and is provided at a lower portion of the main body 6 through the gear case 36. The stirring blade bearing arm 47 is rotatably supported.

The outer stirring shaft 8 on which the spiral outer stirring blade 9 is mounted is mounted on the outer stirring blade gear 25 in the gear case 36.
Is fixed, and is rotatably supported by a stirring blade bearing arm 47 provided at a lower portion of the main body 6 through the gear case 36. Note that the number of stirring blade shafts having stirring blades is not two, but may be one or three, for example.

A central shaft 41 is supported at the center of the bottom plate 44 of the garbage disposal tank body 6, and the upper end thereof is fixed to the lower part of the gear case 36. The revolving drive wheel 30 with a gear case is fixed to the upper surface of the gear case 36 centered on the central shaft 41, and the shaft of the stirring blade drive unit 33 penetrates the center of the drive wheel 30 with a gap. The upper end of the boss of the revolving drive wheel 30 with the gear case is provided with a central shaft maintaining bearing 29 provided on the top plate 5.
It is rotatably supported by. The axis of the revolving drive unit 4 installed on the top plate 5 penetrates through the top plate 5, and the revolving drive wheel 26 is fixed to the revolving drive wheel 26 and the revolving drive wheel 30 with a gear case. A revolving drive belt 28 for transmission is connected.

The netted seat plate 43 provided with a gap from the bottom plate 44 is provided with a net having several through holes. A seal 46 for preventing the disintegration agent from dropping to fill the gap between the netted seat plate 43 and the central shaft 41 is attached.

A garbage press-in unit main body 22 is provided on the lower body of the garbage processing tank main body 6. The garbage indenter main body 22 includes a garbage input lid 13 provided on the input lid hinge 12 so as to be openable and closable, an automatic start / stop sensor 16 for detecting the open / close state of the garbage input lid 13, and a garbage input lid. 13
A groove 22 a (FIG. 4) provided for providing air permeability in a gap between the garbage press-fitting device main body 22 and the garbage indenter main body 22. In addition, the garbage input port is installed in a position that is easy to input ergonomically.

The garbage disposal tank main body 6 and the garbage press-in unit 2
The underframe 2 is provided with a frame 23, and the press-fit wing drive 20 is mounted on the frame 23. Press-fit wing drive 2
A press-fitting wing drive gear 21 is fixed to the axis 0, and the press-fitting wing drive gear 21 and the press-fitting wing shaft 17 penetrating through the press-fitting cylinder wall 18.
And the press-fitting wing gear 19 fixed to the outer end of the gear.

The press-fitting cylinder 14 has one end closed by a press-fitting cylinder wall 18 and the other end fixedly penetrating through the garbage treatment tank main body 6 and the heat insulating material 7. It is installed at a slightly higher horizontal position than the sixth side.

An air supply 24 is provided on the top plate 5. An air supply pipe 40 that is buried in the heat insulating material 7 and supplies air into the garbage processing tank main body 6 is connected to the air supply device 24. The air in the processing tank main body 6 is sucked from an intake top plate opening 49 formed on the top plate 5, and is provided with a gas decomposition agent housing 35 containing a gas decomposition agent, an air guide tube (not shown), and air. The air is discharged from the air discharge port 31 to the outside via the discharge pipe 48 (FIG. 3).

The operation of the present invention will be described below. First, the garbage input palate 13 is opened with the input palate hinge 12 as a fulcrum, and garbage is input from the garbage input port. When the garbage input lid 13 is closed, the automatic start / stop sensor 16 provided in the garbage press-in unit 22 operates, and the press-in wing driving device 20 and the stirring wing driving device 33 operate automatically. After a few seconds have passed after the stirring blade driving device 33 has operated, the revolution driving device 4 operates.

The garbage introduced into the garbage press-in unit 22 is uniformly spread and pressed into the garbage processing tank main unit 6 by the rotation of the press-in wing 15. And the garbage processing tank body 6
Inside, the garbage at the bottom is moved to the upper layer together with the garbage decomposing medium agent 39 by the rotation of the inner stirring blade 11 and the outer stirring blade 9, and the revolving motion about the central axis 41 is even and efficient. It is stirred and decomposed.

On the other hand, since fresh oxygen must always be supplied to maintain odorless decomposition for a long period of time, it is provided from the air supply unit 24 to the middle part of the heat insulating material on the back side of the garbage processing tank body 6. A certain amount of air is sent into the garbage processing tank main body 6 from the opening through the air supply pipe 40.

At the same time, the operation of the intake door 1 allows the outside air to flow from the air intake / emergency drain port 42 to the meshed seat plate 4.
Infiltrate the entire area of the garbage decomposition medium agent 39 via the mesh 3. Then, the air is discharged from the air outlet 31 to the outside via the intake top plate opening 49 and the gas decomposing agent case 35.

The outside air is also sucked from the gap groove 22a between the garbage input lid 13 and the garbage press-in unit 22 and passes through the gap between the garbage dissolving medium 39 and the intake top plate opening. It is discharged to 49. Therefore, the odor of the garbage attached to the charging port is also drawn into the treatment tank main body 6, and the odor from the charging port is completely eliminated. As described above, since the supply of oxygen is always forced into the garbage processing tank main body, the activity of microorganisms is activated, and the amount of garbage can be eliminated and eliminated several tens times faster than natural decomposition.

90% or more of the garbage is water, and when it is decomposed, it is generated as H ₂ O. This decomposed water is not preferable to be discarded to the sewer like the garbage crushed water in the disposer. Therefore, by using the garbage decomposing medium agent 39, the decomposition water generated from the garbage is absorbed by the garbage decomposing medium agent 39, and at the same time, the garbage processing tank body by the air supply device 24 and the intake door 1 is used. Due to the ventilation of 6, the water evaporates and disappears, and there is no drainage. In the event that a large amount of garbage, such as juice, having a high water content is mistakenly input and exceeds the water content of the garbage decomposing medium 39, the excess decomposed water passes through the gap of the garbage decomposing medium 39. The water naturally sinks and is discharged to the outside from the emergency drain port 42 via the mesh of the netted seat plate 43.

The present invention is not limited to the embodiments described above, and various changes can be made within the scope of the technical matters described in the claims. For example,
A humidity sensor is installed inside the heat insulating material 7 attached to the inner wall of the garbage processing tank main body 6, and when the drying is carried out more than necessary, the humidity sensor senses and opens the solenoid valve to operate from the water supply pipe. The garbage processing tank main body 6 may be configured so that water is sprinkled into the garbage disposal tank 6 or an abnormality is notified by an alarm buzzer, an alarm lamp, or the like.

Further, a sensor for measuring the amount of garbage input is provided, and if the garbage decomposition medium agent 39 exceeds the limit amount which can be processed, an alarm is sounded by an alarm buzzer or an alarm lamp. Is also good.

When used in an extremely cold region, a heating plate, a sound generator or the like may be provided at the bottom.
Further, the configuration may be such that all the driving mechanisms are stopped simultaneously with the opening of the garbage input lid 13.

[0041]

According to the present invention, the following excellent effects can be obtained.

(1) Since fresh oxygen is always forcibly supplied into the main body, odorless decomposition can be continued for a long period of time, and anaerobic microorganisms cannot survive. Oxidation and odorless decomposition of garbage can be completely performed.

(2) Since the spiral stirring blade in the garbage decomposing tank is rotated and revolved at the same time, the stirring is performed uniformly, the stirring efficiency is improved, and the garbage decomposing capacity is further improved. improves.

There are various types of garbage in the lifestyle of each household, but there is an experimental result that most food waste can be decomposed without difficulty by using the present invention. One week later, the eggshells, fish bones, crab shells, etc., as well as the original shape of the large salted salmon were indistinguishable after one week.

(3) External air is sucked from the groove in the gap between the garbage input mouth lid and the garbage press-in unit, passes through the gap between the garbage decomposing medium, and reaches the opening of the intake top plate. Since the air is discharged from the air outlet, the odor of the garbage attached to the inlet is also drawn into the treatment tank main body, and the odor from the inlet is completely eliminated.

(4) When the garbage is charged and the garbage charging mouth lid is closed, the garbage is automatically stirred together with the garbage decomposing medium in the treatment tank body, so that no human labor is required. Also, the operation is simple because the user only needs to open and close the lid.

[Brief description of the drawings]

FIG. 1 is a longitudinal sectional view showing a configuration of an embodiment of the present invention.

FIG. 2 is a plan view of a main part showing a configuration of a bottom part of the present invention.

FIG. 3 is a main part plan view showing the configuration of the upper part of the present invention.

FIG. 4 is a main part front view showing a groove provided for providing air permeability in a gap between the garbage input mouth lid and the garbage press-fitting device main body.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Intake door 2 ... Insulation material 3 ... Canopy 4 ... Revolving drive 5 ... Top plate 6 ... Garbage processing tank main body 7 ... Heat insulation material 8 ... Outer stirring shaft 9 ... Outer stirring blade 10 ... Inner stirring shaft 11 ... Inner stirring Wing 12: Injection hinge hinge 13: Garbage infusion mouth 14: Press-fit cylinder 15 ... Press-fit wing 16 ... Automatic start / stop sensor 17 ... Press-fit wing shaft 18 ... Press-fit cylinder wall 19 ... Press-fit saliva gear 20 ... Press-fit wing drive 21 ... Press-fit Blade drive gear 22 ... Press-in device body 22a ... Groove 23 ... Frame 24 ... Air supply device 25 ... Outer stirring blade 26 ... Revolution drive wheel 27 ... Intermediate transmission gear 28 ... Revolution drive belt 29 ... Center shaft maintenance belt 30 ... Gear case Revolving drive wheel 31 ... Air exhaust port 32 ... View window door 33 ... Agitator blade drive 34 ... Control panel 35 ... Gas decomposing agent housing 36 ... Gear case 37 ... Agitator blade drive gear with drive shaft 38 ... Inner agitator blade gear 39 … Garbage decomposition Body agent 40 ... Air supply pipe 41 ... Central shaft 42 ... Air inlet and emergency drain port 43 ... Seat plate with net 44 ... Bottom plate 45 ... Bottom plate heat insulating material 46 ... Decomposition medium agent fall prevention seal 47 ... Stirring blade bearing arm 48 ... Air exhaust pipe 49… Opening top plate opening

Claims (9)

(57) [Claims] 1. A garbage disposal tank main body (6) loaded with a garbage decomposing medium (39) obtained by treating wood flour at a high temperature, and a garbage disposal tank main body (6) provided at an upper portion thereof. A canopy (3) separated by a top plate (5), heat insulating materials (2) and (7) bonded to inner walls of the garbage disposal tank body (6) and the canopy (3), 5) A stirring blade drive (33) and a revolving drive (4) provided at the upper part, and a stirrer with a drive shaft fixed to a shaft below the top plate (5) of the stirring blade drive (33). A blade drive gear (37), an inner stirring blade gear (38) provided inside the gear case (36) and sequentially meshed with the stirring shaft drive gear (37) with a drive shaft, and an intermediate transmission gear (27). ), The outer stirring blade gear (25) and the inner stirring blade gear (38) in the gear case (36). Scan (36) is rotatably supported on the stirring blade bearing arms provided at the lower portion of the through to garbage treatment tank main body (6) to (47), helical inner stirring blade (1
1) Attached to the inner stirring shaft (10) mounted thereon, and the outer stirring blade gear (25) in the gear case (36), and penetrating through the gear case (36), the garbage disposal tank body (6). A spiral outer stirring blade (9) rotatably supported by a stirring blade bearing arm (47) provided at the lower part of the blade.
And a center shaft (8) supported at the center of the bottom plate (44) of the garbage disposal tank main body (6), the upper end of which is fixed to the lower part of the gear case (36). 41), a revolving drive wheel (30) with a gear case, which is fixed to the upper surface of the center of the gear case (36) and has a center through which the shaft of the stirring blade drive (33) penetrates; The upper end of the boss of the drive wheel (30) is rotatably supported, and the center shaft maintaining bearing (29) provided on the top plate (5) and the shaft below the top plate (5) of the revolving drive (4) The revolving drive wheel (26) fixed to the revolving drive wheel (26) and the revolving drive wheel with a gear case (3)
(0), a revolving drive belt (28), and a bottom plate (44) fixed on the underframe (23). A plate (43), an air inlet / emergency drain (42) provided at an end of a space between the bottom plate (44) and the netted seat plate (43), and a lower surface outside the bottom plate (44). Attached bottom plate insulation (4
5), a garbage press-in unit (22) provided on the lower body of the garbage treatment tank main unit (6), and an opening lid hinge (12) of the garbage press-in unit (22) that can be opened and closed freely. An automatic start / stop sensor (1) provided on the garbage input lid (13) provided on the garbage press-in unit body (22) and detecting an open / close state of the garbage input lid (13).
6) and a groove (22) provided for providing air permeability in a gap between the garbage input lid (13) and the garbage press-in unit body (22).
a) a driving machine (20) for a press-fitting wing (15) provided on a frame (23) installed at the bottom of the garbage treatment tank main body (6) and the garbage press-in main body (22); A press-fit wing drive gear (21) fixed to the shaft (17) of the press-fit wing drive (20); and a press-fit wing drive gear fixed to the outer end of the press-fit wing shaft (17) penetrating the press-fit cylinder wall (18). A press-fitting wing gear (19) meshed with (21), one end of which is closed by a press-fitting cylinder wall (18), and the other end is fixed by penetrating a garbage disposal main body (6) and a heat insulating material (7); A press-fit cylinder (14) installed at a slightly higher level than the garbage disposal tank body (6) side with respect to the underframe (23), and an air supply unit (24) installed on the top plate (5) ) And an air supply device (2) buried in the heat insulating material (7).
4) an air supply pipe (40) for supplying air into the garbage disposal tank main body (6), and air in the garbage disposal tank main body (6) provided on the top plate (5). An air intake opening (49) for inhaling air, and an air outlet for discharging air inhaled from the air intake opening (49) through the gas decomposing agent housing (35) and the air guide tube. (31), a garbage disposal tank main body (6), a viewing window door (32) having a transparent portion provided on the upper side of a side surface, and a gap between a meshed seat plate (43) and a central shaft (41). An odorless decomposition apparatus for garbage, comprising: a seal (46) for preventing the decomposition medium from falling. 2. The odorless decomposition apparatus for garbage according to claim 1 , wherein a stirring blade shaft having a stirring blade is constituted by one unit. 3. An apparatus for odorless decomposition of garbage according to claim 1, wherein three stirring blade shafts having stirring blades are provided . 4. The apparatus for deodorizing garbage according to claim 1, wherein the garbage decomposing medium agent (39) is wood flour detoxified and sterilized by heat treatment. 5. The method according to claim 1, wherein a humidity sensor is provided in the garbage disposal tank main body, and a warning is given by a predetermined means when the garbage is dried more than necessary. Odorless decomposition processing equipment for garbage. 6. A food preparation according to claim 1, wherein a humidity sensor is installed in the food waste treatment tank main body (6), and when the water is dried more than necessary, water is automatically added. Odorless odor decomposition equipment. 7. The revolving drive unit (4) starts operating a few seconds after the stirring blade drive unit (33) starts operating, according to claim 1, 2, 3, 4, 5, or 6. Odorless decomposition processing equipment for garbage. 8. The method according to claim 1, wherein all the driving mechanisms are stopped simultaneously with opening of the garbage input lid.
The odorless decomposition processing apparatus for garbage according to 3, 4, 5, 6, or 7. 9. A sensor for measuring the input amount of garbage is provided, and a warning is issued when the amount of the garbage decomposing medium exceeds a limit amount that can be processed.
The odorless decomposition processing apparatus for garbage according to 2, 3, 4, 5, 6, 7, or 8.