JP3896315B2 - 厨 芥 Processing machine - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to an improvement of a rice cake processing machine that heats and drys rice cake garbage from ordinary households, restaurants, restaurants, fast food shops, etc., particularly raw garbage with odor, leftover food, and the like.
[0002]
[Prior art]
Conventionally, there is a method shown in Japanese Patent No. 3006365 as a method for heat-drying waste.
[0003]
As shown in FIG. 6, this includes a soot waste storage container 50 for storing soot waste, an outer container 51 in which the soot waste storage container 50 is built in and out, and the outer container 51 and the soot waste storage container 50. An outer lid 52 that closes the upper opening of the outer lid 52, an agitating fan 53 disposed in the center of the inner side of the outer lid 52, a heater 54 disposed on the outer side of the agitating fan 53 along the circumferential direction, and garbage A stirring blade 55 provided in the lower part of the storage container 50, an exhaust passage 56 for exhausting odor components generated in the waste storage container 50 to the outside, a deodorizing catalyst 57 disposed in the exhaust passage 56, and And an exhaust fan 58.
[0004]
Then, while stirring the waste in the waste storage container 50 with the stirring blade 55, the stirring fan 53 blows hot air from the heater 54 on the surface of the waste to heat, dry and condense the waste. The odor component generated in the exhaust gas is discharged from the exhaust passage 56 to the outside through the deodorizing catalyst 57 by the exhaust fan 58.
[0005]
As another method, as shown in FIG. 7, a heater 54 is disposed on the outer bottom of the garbage storage container 50, and the waste in the garbage storage container 50 is heated and dried while being stirred by the stirring blade 55. It has also been proposed to condense and discharge the odor component generated at that time from the exhaust passage 56 to the outside through the deodorization catalyst 57 by the exhaust fan 58. (For example, JP-A-9-310979)
Furthermore, as another method, as shown in FIG. 8, a deodorizing catalyst 57, a heater 54, and a blower fan 60 are arranged in parallel on the outer surface of the garbage storage container 50, and these are communicated by a circulation passage 61. Both end openings 59 and 62 of the circulation passage 61 are opened on the upper side surface in the waste storage container 50, and the waste in the waste storage container 50 is agitated by the stirring blades 55 to the surface of the waste by the blower fan 60. It has also been proposed to blow hot air from the heater 54 to heat, dry, and condense the waste, and to deodorize the odor component in the circulation passage 61 by the deodorization catalyst 57. (For example, JP-A-5-96271)
[0006]
[Problems to be solved by the invention]
In the above-described conventional soot processing machine, what is shown in FIG. 6 includes a heater 54 that generates hot air inside the outer lid 52, a stirring fan 53 that blows hot air on the soot inside the waste storage container 50, Since the wiring for sending electricity is provided, the outer lid 52 is large and heavy, and there is a problem in its opening and closing properties.
[0007]
Moreover, as a measure for solving this problem, it is possible to make the outer lid 52 as small as possible and provide a spring or a damper to improve the opening / closing performance. However, this increases the cost of parts and deteriorates the assembling property. appear.
[0008]
In addition, what is shown in FIG. 7 is for transferring heat from the outside of the garbage storage container 50 to the garbage in the container 50 by the heater 54, so that the garbage is opposed to the heater 54. There is a drawback that it becomes easy to stick to the inner wall of 50 and the cleaning property is poor.
[0009]
Further, the outer side surface and the inner side surface of the garbage storage container 50 facing the heater 54 must be subjected to heat absorption coating and radiant heat coating treatment, respectively, and there is a disadvantage that leads to an increase in cost.
[0010]
Further, in the apparatus shown in FIG. 8, both ends 59 and 62 of the circulation passage 61 are connected to the upper side surface of the garbage storage container 50, so that the garbage storage container 50 cannot be taken out to the outside. In addition, there is a drawback that the cleanability is poor.
[0011]
In addition, since hot air is supplied to the waste from the upper side surface of the waste storage container 50, there is a drawback that the hot air does not efficiently hit the entire waste.
[0012]
Further, the deodorizing catalyst 57, the heater 54, and the blower fan 60 are arranged in parallel, and these are connected by a circulation passage 61, and both end openings 59 and 62 of the circulation passage 61 are opened on the upper side surface in the garbage storage container 50. Since the hot air from the heater 54 is blown to the surface of the waste by the blower fan 60 while stirring the waste in the waste storage container 50 by the stirring blade 55, the dust generated in the waste storage container 50 Is also sucked into the circulation passage 61 and accumulates in the deodorizing catalyst 57.
[0013]
Furthermore, since the heating heater 54 serves both as a heating source for heating the deodorizing catalyst 57 and for hot air, the temperature of the hot air sprayed on the waste in the waste disposal container 50 varies, and the waste is dried or dried too much. There is a bug.
[0014]
The present invention has been made to solve at least one of the above problems.
[0015]
[Means for Solving the Problems]
The present invention has been made in order to solve the above-mentioned problems, and specific means thereof includes: a waste storage container for drying waste, an outer fixed container containing the waste storage container, and waste A heating means for heating the waste in the storage container, a blowing means for sending hot air to the waste in the waste storage container through the heating means, a rotating stirring blade for stirring the waste in the waste storage container, and the waste storage In a slag processing machine comprising an openable / closable main body lid disposed on an upper portion of a container and an inner lid positioned on the lower surface of the main body lid to close an upper surface opening of the trash storage container, the outer surface of the outer fixed container The air blowing means, the heating means, the hot air air passage for sending hot air into the waste storage container by the air blowing means, and the hot air air passage for returning the hot air discharged from the waste storage container to the air blowing means are disposed. Airway husband A hot air outlet for sending hot air into the waste storage container via an inner lid and a hot air inlet for sucking hot air from the waste storage container are provided at the upper end of the hot air outlet, and the opening area of the hot air outlet is the hot air inlet It is made smaller than the area of, and has a difference in the speed of hot air passing through both ports.
[0016]
Further, the hot air outlet and the hot air inlet are integrally formed and removably inserted into the upper end of the hot air passage.
[0017]
This not only reduces the weight and size of the main body lid, improves the operability of opening and closing the main body lid, but also reduces the weight of the main body, enables miniaturization, and reduces costs. .
[0018]
In addition, since the hot air outlet of the hot air passage has a small opening area, hot air with high wind speed is blown along the wall of the waste storage container to the waste so that the hot air is well delivered to the whole waste. Heat drying.
[0019]
Further, at this time, the garbage is not heated by the radiant heat from the heating means, so that it can be dried suitable for composting.
[0020]
Furthermore, because the opening area of the hot air inlet is larger than the opening area of the hot air outlet, the wind speed is slowed, so that the waste dust is heated and dried, and crushed into dust and fine hairy dust. However, it hardly flows out from the hot air inlet to the hot air passage and does not enter the blowing means or the heating means.
[0021]
Further, even if dust or dust adheres to the hot air outlet or hot air inlet through prolonged use, they can be removed and easily cleaned.
[0022]
DETAILED DESCRIPTION OF THE INVENTION
An embodiment of the present invention will be described below with reference to FIGS.
[0023]
In FIG. 1, 1 is a main body case of a metal or resin scissor processing machine, 2 is a main body cover that can be opened and closed at the top of the main body case 1, and the rear part is pivotally supported by a lid hinge 2a. The hook 2b is provided in the part. The main body lid 2 is held so as not to be suddenly opened and closed by a known mechanism such as a spring or a damper.
[0024]
Reference numeral 3 denotes an outer fixed container attached in the main body case 1 and is formed of aluminum or a steel plate having a surface subjected to rust prevention. Reference numeral 4 denotes a garbage storage container, which is detachably disposed inside the outer fixed container 3. In addition, this garbage storage container 4 is a mixture of a steel plate which has been subjected to a peeling treatment so that the dust does not stick to the surface, and a resin having a molecular composition excellent in heat resistance, flame resistance, and hydrolyzability. It is molded with.
[0025]
Reference numeral 5 denotes a convex portion formed inward from the side surface and the bottom surface of the garbage storage container 4. Although this convex part 5 can also be provided by another part, in the present Example, it is directly shape | molded by the garbage storage container 4. FIG.
[0026]
6 is a rotary stirring blade, which is installed in the lower part of the garbage storage container 4 and agitates the garbage in the garbage storage container 4, and also crushes the garbage in cooperation with the convex part 5. is there.
[0027]
Reference numeral 7 denotes a driven rotary shaft, which is provided at the bottom of the garbage storage container 4 and has a tip connected to the rotary stirring blade 6 via a connection mechanism. When the garbage storage container 4 is removed, the container 4 is removed. Are to be removed.
[0028]
A rotational drive shaft 8 is attached to the bottom of the outer fixed container 3 and is detachably connected to the driven rotational shaft 7 to transmit a rotational force to the driven rotational shaft 7. Reference numeral 9 denotes an electric motor which generates a rotational force for rotating the rotary drive shaft 8. Reference numeral 10 denotes a speed reduction mechanism that decelerates the rotational force of the electric motor 9 and transmits it to the rotational drive shaft 8 and is constituted by a gear or a belt.
[0029]
11 is an inner lid fixed to the lower surface of the main body lid 2, and is made of stainless steel, a steel plate whose surface is subjected to rust prevention treatment, or a resin or a combination of resin and metal excellent in heat resistance, flame retardancy, and hydrolyzability. The rear side of the main body lid 2, that is, the lid hinge 2a side of the main body lid 2 is high at the peripheral edge of the upper surface, and has a peripheral side wall 11a inclined downward toward the front surface.
[0030]
In addition, the inner lid 11 can be configured to be removable by providing fitting portions on the inner lid 11 and the main body lid 2, respectively, and can be formed integrally with the main body lid 2.
[0031]
Further, the inner lid 11 is provided so as to cover the upper opening of the garbage storage container 4, and a packing 11 i made of rubber or soft resin is provided at a contact portion with the garbage storage container 4, so that A sealed structure is provided via the dust container 4 and the packing 11i.
[0032]
The inner lid 11 has a hot air blowing portion 11b and a hot air intake portion 11c having a larger opening area arranged side by side along the circumferential direction on the rear side of the peripheral side wall 11a, and is open to a flat portion directly below the hot air blowing portion 11b. A hot air blowing hole 11e connected to the inside of the garbage storage container 4 is provided, and both are connected by a cover guide 11d. In addition, the hot air blowing hole 11e may be an armor hole in which a collar is formed on the peripheral edge of the hole.
[0033]
Further, a hot air suction hole 11f made up of a plurality of round holes or lattice-shaped small holes is provided in the vicinity of the substantially central portion of the flat surface portion, the lower surface side is connected to the inside of the garbage storage container 4, and the upper surface side is a hot air intake portion. 11c.
[0034]
In addition, a protruding wall 11g is provided between the hot air suction hole 11f and the hot air intake portion 11c as long as the air passage is not blocked.
[0035]
Furthermore, a partition wall 11h is provided between the hot air blowing hole 11e and the hot air suction hole 11f on the lower surface of the inner lid 11 so that hot air passing through both holes does not mix.
[0036]
A substantially inverted L-shaped hot air circulation airflow case 12 made of heat-resistant resin is housed in the main body case 1 outside the outer fixed container 3, and the inside thereof is divided into two hot air airflow passages 12b on the left and right sides by a partition wall 12a. 12c, and a hot air outlet 12d connected to the hot air outlet 11b of the inner lid 11 and a hot air inlet 12e connected to the hot air inlet 11c are provided in the substantially horizontal portion at the upper end.
[0037]
The hot-air circulation air passage case 12 is formed by combining two or more case parts 12f and 12g with PPS, crystalline PS, or heat-resistant PP having excellent heat resistance and hydrolyzability. Yes, the matching part 12h of each case part 12f, 12g is not leaked to the outside except that the circulating air is guided to the catalyst deodorizing device 17 to be described later by a seal or sealing material by heat welding or packing through a metal wire such as SUS. Is sealed.
[0038]
The hot air outlet 12d and the hot air inlet 12e are formed by a plurality of vertical louvers to rectify hot air, and the opening area of the hot air outlet 12d is smaller than the area of the hot air inlet 12e. There is a difference in the speed of hot air passing through the mouth.
[0039]
Further, as shown in FIG. 4, the hot air outlet 12d and the hot air inlet 12e are integrally formed of PPS having excellent heat resistance, hydrolyzability, etc., crystalline PS, and heat resistant PP. The hot air flow paths 12b and 12c shown may be removably inserted into the upper ends of the hot air flow paths 12b and 12c to improve the cleaning performance.
[0040]
Reference numeral 13 denotes a connection port provided in the lower part of the hot air circulation air passage case 12, which is formed by a circular bell mouth-like hole and connects the two hot air air passages 12b and 12c separated by the partition wall 12a. The shaft 15c of the fan motor 15b that drives the circulating fan 15a of the air blowing means 15 is passed through.
[0041]
Reference numeral 14 denotes a heating means comprising an electric heater, which is disposed in the hot air air passage 12b and is surrounded by a heat shielding metal case 14a disposed in the vicinity of the inner wall surface of the hot air air passage 12b. The heating means 14 may be electromagnetic induction heating or microwave heating.
[0042]
Reference numeral 15 denotes a blowing means, which is composed of a circulation fan 15a made of a turbo fan or a radial fan whose one side is open, a fan motor 15b for driving the circulation fan 15a, and a shaft 15c thereof. Corresponding to the hot air air passage 12c through the connection port 13, the blowing side corresponds to the hot air air passage 12b side where the heating means 14 is arranged.
[0043]
Reference numeral 16 denotes a hot air branch port branched from the hot air passage 12b in the vicinity of the air blowing means 15. A branch pipe 16a is connected to the outlet of the hot air branch port 16b, and a catalyst deodorizing device 17 is connected to the outlet. 19 is connected.
[0044]
Although not shown, an oxidation catalyst comprising a plurality of small holes and a catalyst heater are provided inside the catalyst deodorizing device 17, and a part of the circulating hot air blown out from the circulating fan 15a as shown in FIG. From the vicinity of the entrance of 12d, it flows into the oxidation catalyst through the gap between the metal case 14a and the case part 12g, the hot air branch port 16 and the branch pipe 16a, and is sucked by the exhaust suction fan 18 and exhausted to the outside of the main body case 1.
[0045]
Further, the exhaust suction fan 18 is smaller in diameter than the circulation fan 15a, is constituted by a turbo fan or a radial fan, and is driven by a fan motor 15b of the blowing means 15, and its storage case 20 is shown in FIG. As described above, the outer surface of the case component 12g of the hot-air circulating air passage case 12 is molded integrally therewith.
[0046]
Further, a central bellows-like communication hole 19 is provided in the central portion of the side wall of the storage case 20 so as to penetrate the shaft 15c of the fan motor 15b and connect the exhaust suction fan 18 in the storage case 20 and the branch pipe 16a. It has been.
[0047]
Reference numeral 21 denotes a service inspection lid which is cut out of the case part 12f facing the air blowing means 15 and is detachably disposed there.
[0048]
Although not shown, a temperature sensor for detecting the air temperature and a safety device for preventing an abnormal temperature rise are provided near the air outlet of the air blowing means 15.
[0049]
A temperature sensor is also provided in the vicinity of the communication port 13 to detect the temperature of the air blown from the heating means 14 and the heating temperature of the waste in the hot air circulation air passage case 12.
[0050]
Next, the operation of the soot processor will be described.
[0051]
When the hook 2b of the main body lid 2 is removed, the main body lid 2 is opened by the spring force with the hinge 2a as a fulcrum. At this time, the inner lid 11 is also lifted upward, and the upper surface opening of the garbage storage container 4 is exposed to the outside.
[0052]
Therefore, the garbage is stored in the garbage storage container 4, and then the main body lid 2 is closed. The body lid 2 is fixed by a body case 1 and a hook 2b.
[0053]
When the main body case 1 is turned on, the heating means 14 in the hot air circulation air passage case 12 and the catalyst heater in the catalyst deodorizing device 17 are heated, and the fan motor 15b of the blowing means 15 is driven to circulate. The fan 15a and the exhaust suction fan 18 rotate. The wind generated by the circulation fan 15a rises in the hot air passage 12b as indicated by the arrow and becomes hot air while passing around the heating means 14, and further rises from the hot air outlet 12d to the periphery of the inner lid 11 of the main body lid 2. It passes through the hot air blowing part 11b opened in the side wall 11a, is guided by the cover guide 11d, and flows into the waste container 4 from the hot air blowing hole 11e of the inner lid 11. The waste in the waste storage container 4 is heated and dried by this hot air, stirred by the rotary stirring blade 6, and further crushed and reduced in cooperation with the convex portion 5.
[0054]
Thereafter, the hot air containing odor rises in the garbage storage container 4 and is sucked into the upper surface of the inner lid 11 from the hot air suction hole 11f of the inner lid 11, and further passes over the protruding wall 11g and reaches the hot air intake portion 11c. Then, it flows into the hot air air passage 12c from the hot air inlet 12e of the hot air circulation air passage case 12 as shown by the arrow, and flows out of the hot air air passage 12b from the communication port 13 again by the circulation fan 15a. Thereafter, this hot air circulation cycle is repeated to heat, dry, and reduce the waste in the waste storage container 4.
[0055]
On the other hand, a part of the hot air blown out by the circulation fan 15a of the air blowing means 15 passes from the vicinity of the inlet of the hot air outlet 12d through the gap between the metal case 14a and the case part 12g, the hot air branch port 16, and the branch pipe 16a, and the catalyst deodorizing device 17 The air is then deodorized and discharged to the outside of the main body case 1 by the exhaust suction fan 18.
[0056]
In the present embodiment, when the main body lid 2 is detached from the hook 2b, the main body lid 2 is opened by a spring force with the hinge 2a as a fulcrum. If the load is stronger than the load of the main body lid 2, the main body lid 2 will open abruptly. Therefore, the spring load is set so as to maintain a balance while aiming at the middle. However, the heavier the load on the main body lid 2, the more difficult it is to set a spring that keeps the balance of the main body lid 2, and the hinge 2a is provided with a damper mechanism made of rubber, spring, air or oil, and the main body lid 2 is well balanced. It is necessary to set so that it can be opened and closed.
[0057]
In this embodiment, the main body lid 2 is simply provided with the inner lid 11, and since there is no air blowing means or heating means, the load on the main body lid 2 is light, the spring setting of the hinge 2a is easy, and the complicated damper mechanism is simple. It becomes.
[0058]
Further, since the main body lid 2 has no heating means or air blowing means, if the air blowing means 15 or the heating means 14 is electrically stopped, the user can structurally touch the air blowing means 15 or the heating means 14. There is no safety.
[0059]
Next, during the heating operation of the soot waste, the hot air is blown out from the hot air outlet 12d of the hot air circulating air passage case 12 into the soot waste container 4 through the hot air outlet 11b of the inner lid 11 and the hot air outlet hole 11e of the inner lid 11. The hot air has a difference in wind speed by making the opening area of the hot air outlet 12d smaller than the opening area of the hot air inlet 12e, and the hot air having a high wind speed is guided by the cover guide 11d of the inner lid 11. Since the dust is blown along the wall surface of the garbage storage container 4 as indicated by the dotted line arrow, the hot air is well delivered to the whole garbage and heats and drys the garbage efficiently. Further, at this time, the garbage is not heated by the radiant heat from the heating means 14, so that drying suitable for composting can be performed.
[0060]
And after heating, the hot air and water vapor | steam which generate | occur | produce from garbage are supplied in the garbage storage container 4 by the partition wall 11h provided in the lower surface of the inner lid 11 between the hot air blowing hole 11e and the hot air suction hole 11f. The hot air is sucked into the upper surface of the inner lid 11 from the hot air suction hole 11f so as not to mix with the hot air, and flows out from the hot air intake port 12e into the hot air circulation air passage case 12 through the hot air intake portion 11c. The hot air blown from the blow hole 11e is not disturbed by the hot air or water vapor sucked into the upper surface of the inner lid 11 from the hot air suction hole 11f.
[0061]
Further, the hot air suction hole 11f of the inner lid 11 is constituted by a plurality of small grids and round holes, and there is a protruding wall 11g in front of the hot air intake portion 11c, and the opening area of the hot air intake port 12e is defined as a hot air outlet. By making it larger than the opening area of 12d and slowing down the wind speed, soot dust is heated and dried, and even if it is crushed to become dust or fine hairy dust, it is almost in front of the protruding wall 11g. In the hot air circulation air passage case 12 from the hot air intake portion 11c and the hot air intake port 12e, and does not enter the blower means 15 or the heating means 14 or enter the catalyst deodorizing device 17. is there.
[0062]
Further, even if dust or dust adheres to the hot air outlet 12d and the hot air inlet 12e due to long-term use, if these are made detachable as shown in FIG. 4, they can be removed and easily cleaned.
[0063]
The hot air or water vapor sucked into the hot air circulation air passage case 12 by the blowing means 15 is blown out as hot air heated by the circulation fan 15a via the heating means 14, but the circulation fan 15a is made of metal or One side made of resin is a radial fan or a turbo fan in an open state, and sucks and blows air from a bell mouth-shaped connection port 13 that penetrates the shaft 15c, so that the speed of the circulation fan 15a rotates faster, Since the open state becomes larger toward the tip, even if dust enters the circulation fan 15a, dust does not adhere to the tip and the balance of the fan is not lost.
[0064]
In addition, the hot air circulation airflow case 12 in which the air blowing means 15 and the heating means 14 are disposed has two or more case parts 12f, such as PPS, crystalline PS, and heat resistant PP, which are excellent in heat resistance and hydrolysis. It is formed by combining 12g, and the joining parts 12h of the case parts 12f and 12g are sealed so as to prevent the circulating air from leaking to the outside by a seal or a sealing material by heat welding or packing through a metal wire such as SUS. This eliminates the problem of gaps that occur due to thermal expansion and contraction and variations in work during the application of seals, and can significantly reduce processing time and component costs.
[0065]
Further, since the heating means 14 disposed in the hot air circulation air passage case 12 is surrounded by the heat shielding metal case 14a disposed in the vicinity of the inner peripheral surface of the hot air air passage 12b, the hot air circulation is performed. The air passage case 12 has no problem in terms of heat resistance.
[0066]
Furthermore, in the present embodiment, the air blowing means 15 corresponding to the hot air air passage 12b of the hot air circulation air passage case 12 and the heating means 14 disposed in the hot air air passage 12b in front of the air blowing means 15 are connected to the catalyst deodorizing device 17. By forming the air path, exhaust at a higher temperature can be guided to the catalyst deodorizing device 17, and not only can the deodorizing performance of the catalyst deodorizing device 17 be improved, but also the power of the heater for heating the catalyst can be suppressed. Is possible.
[0067]
Further, an air passage is formed from the vicinity of the hot air outlet 12 d of the hot air circulation air passage case 12 to the catalyst deodorizing device 17 in the direction opposite to the air blowing direction of the air blowing means 15, and the hot air branch port 16 is located near the air blowing means 15. Therefore, the dust that has entered the hot air flow path 12b of the blowing means 15 is less likely to enter the air path to the catalyst deodorizing device 17.
[0068]
Further, an exhaust suction fan 18 to the catalyst deodorizing device 17 is selected as a fan having a smaller size than the circulation fan 15a of the blower means 15 and having a small amount of blown air, and is connected to the same shaft 15c as the circulation fan 15a of the blower means 15. Since it is provided, a single motor for driving the two fans 15a and 18 can be used together, and the cost can be reduced.
[0069]
Further, since the hot air and water vapor generated in the garbage storage container 4 are sealed with the inner lid 11 of the main body lid 2 and the outer peripheral portion of the garbage storage container 4 being sealed with the main body lid 2 closed, the outside It will not leak.
[0070]
【The invention's effect】
As described above, the present invention is a waste storage container for drying waste, a fixed outer container containing the waste storage container, a heating means for heating the waste in the waste storage container, Blowing means for sending hot air through the heating means to the garbage in the garbage storage container, a rotary stirring blade for stirring the garbage in the garbage storage container, and an openable / closable main body lid disposed on the upper part of the garbage storage container In the soot processing machine provided with an inner lid that is located on the lower surface of the main body lid and closes the upper surface opening of the soot storage container, the outer surface of the outer fixed container is soaked by a blowing means, a heating means, and a blowing means. A hot air air passage for sending hot air into the waste storage container and a hot air air passage for returning the hot air discharged from the waste storage container to the blower means are disposed, and an upper end of each of these hot air air passages is provided via an inner lid. In the garbage storage container A hot air outlet that sends hot air and a hot air inlet that sucks in hot air from the waste storage container are provided, and the opening area of the hot air outlet is smaller than the area of the hot air inlet so that the hot air velocity passes through both openings. It is a difference.
[0071]
Further, the hot air outlet and the hot air inlet are integrally formed and removably inserted into the upper end of the hot air passage.
[0072]
This not only reduces the weight and size of the main body lid, improves the operability of opening and closing the main body lid, but also reduces the weight of the main body, enables miniaturization, and reduces costs. .
[0073]
In addition, since the hot air outlet of the hot air passage has a small opening area, hot air with high wind speed is blown along the wall of the waste storage container to the waste so that the hot air is well delivered to the whole waste. Heat drying.
[0074]
Further, at this time, the garbage is not heated by the radiant heat from the heating means, so that it can be dried suitable for composting.
[0075]
Furthermore, because the opening area of the hot air inlet is larger than the opening area of the hot air outlet, the wind speed is slowed, so that the waste dust is heated and dried, and crushed into dust and fine hairy dust. However, it hardly flows out from the hot air inlet to the hot air passage and does not enter the blowing means or the heating means.
[0076]
Further, even if dust or dust adheres to the hot air outlet or hot air inlet through prolonged use, they can be removed and easily cleaned.
[Brief description of the drawings]
FIG. 1 is a longitudinal sectional view of the present invention.
FIG. 2 is a schematic perspective view of a main part structure of the present invention.
FIG. 3 is a schematic perspective view of another main part structure of the present invention.
FIG. 4 is a perspective explanatory view of a component of the present invention.
FIG. 5 is an internal explanatory view of another component of the present invention.
FIG. 6 is a conventional longitudinal sectional view.
FIG. 7 is a longitudinal sectional view of another conventional example.
FIG. 8 is a longitudinal sectional view of still another conventional example.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Main body case 2 Main body cover 4 Garbage storage container 11 Inner lid 11d Cover guide 11e Hot-air blowing hole 11f Hot-air suction hole 12 Hot-air circulation air path case 12b Hot-air ventilation path 12c Hot-air ventilation path 12d Hot-air blowing outlet 12e Hot-air inlet 13 Contact port 14 Heating means 15 Blowing means 17 Catalyst deodorizing device

Claims (2)

A garbage storage container (4) for drying the garbage, an outer fixed container (3) incorporating the garbage storage container (4), and a heating means for heating the garbage in the garbage storage container (4) (14), a blowing means (15) for sending hot air to the garbage in the garbage storage container (4) through the heating means (14), and a rotary stirring blade for stirring the garbage in the garbage storage container (4) (6) and an openable / closable main body lid (2) disposed on the upper portion of the garbage storage container (4), and an upper surface opening of the garbage storage container (4) located on the lower surface of the main body lid (2) In the soot processing machine provided with the inner lid (11) for closing the waste, the soot and waste storage container is provided by the blowing means (15), the heating means (14) and the blowing means (15) on the outer surface of the outer fixed container (3). (4) Hot air flow path (12b) for sending hot air inside, and garbage storage container 4) A hot air flow path (12c) for returning the hot air discharged from the blower means (15) is disposed, and an upper end of each of these hot air flow paths (12b) and (12c) is provided via an inner lid (11). A hot air outlet (12d) for sending hot air into the waste container (4), a hot air inlet (12e) for sucking hot air from the garbage storage container (4), and a hot air outlet (12d) A dredge processing machine characterized in that the opening area is made smaller than the area of the hot air intake port (12e) and the speed of hot air passing through both ports is made different. The soot treating machine according to claim 1, wherein the hot air outlet (12d) and the hot air inlet (12e) are integrally formed and are removably inserted into the upper ends of the hot air paths (12b), (12c).

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