KR100669110B1 - Food waste processor - Google Patents

Abstract

A food wastes treatment apparatus is provided to reduce the degree of occupancy at the kitchen space and to enhance the economic effect. An opening and closing door(2) is formed in an upper part of a body on a housing. A controller(3) is mounted at one side of the opening and closing door. A conveying and crushing device(10), a mixing and drying device(20), and a compressing and collecting device(30) are embedded at an internal side of the body. Food wastes injected by the conveying and crushing device is pulverized by a conveying screw(11) and a crushing screw(13) of the conveying and crushing device. The pulverized food wastes are conveyed to the mixing and drying device, and are dried by a heater(21) and a rotary wing(22). The food wastes discharged from the mixing and drying device are collected in a waste bag, and are compressed by the compressing and collecting device having a side pressurizing plate(31) and an upper pressurizing plate(32).

Description

Food waste processor {Food waste processor}

1 is an overall configuration diagram of a food waste processing apparatus according to the present invention

2a to 2c is an enlarged view of the main portion of the food waste processing apparatus according to the present invention,

Figure 2a is an exploded perspective view of the transfer crushing unit

Figure 2b is an enlarged cross-sectional view of the stirring drying unit and the driving unit

Figure 2c is an enlarged perspective view of the collection compression unit

Figure 3 is an enlarged cross-sectional view showing the operation of the conveying shredding unit according to the present invention

4a and 4b is an operation of the stirring and drying unit according to the invention,

4A is a planar operation view

4B is a side cross sectional view

5a and 5d is an operation view of the collection compression unit according to the present invention,

Figure 5a is a side cross-sectional view of the collection state

Fig. 5B is a side cross-sectional view of the side compressed state

Fig. 5C is a side cross-sectional view of the top compressed state

5D is a side cross-sectional view of the discharged state

Explanation of symbols on the main parts of the drawings

1: body 2: opening door

3: controller 4: collection bag

5: handle 6: inlet

7: intake hole 8: suction fan

9: intake hose

10: conveying shredding means

11: stirring drying means

30: compression collection means

40: holder

The present invention is a food waste processing apparatus that can be easily shredded, dried, compressed and collected food waste generated at home or restaurants, in particular, regardless of the type of food waste quickly crushed and crushed, and then transported to dry For example, the present invention relates to a food waste processing apparatus that can be collected and discharged to a minimum size by a separate compression means so that it can be utilized as feed for livestock.

Food waste generated in large quantities in homes and restaurants is not only difficult to treat, but also expensive to treat, and when left unattended, severe wastes and bad smells cause severe environmental pollution and soil pollution.

In addition, since these food wastes must be collected separately from general wastes, households and restaurants can purchase separate collection bags, separate them from general garbage, and put them out at designated collection dates so that they can be collected by specialized collection companies. There is a very troublesome problem.

Therefore, in recent years, the compression and collection device for compressing the above-mentioned food waste to have a minimum volume is widely used, but such a compression and collection device is dirty because water and dirt are discharged together in the process of compressing the food waste. Not hygienic,

From this, a food waste collection device having an improved compression and drying apparatus has been devised.

Food waste collection device having a compression and drying device as described above is to crush the food finely by a cutter that rotates at a high speed and then to collect it in a separate collection state in a dry state using a heater or a dryer to put it in an envelope It is possible to handle.

However, the food waste treatment apparatus as described above can be used only for food wastes that are relatively soft and easy to cut, such as fruits and vegetables, so that bones, shells, seeds, etc. of animals are not cut or damage the cutter blade. This is a hassle that must be sorted out one by one. Most of them are divided into shredding means, drying means, compression means, and collection means, and are sold as separate products. There is a problem.

The present invention has been made to eliminate the problems described above, and is equipped with a conveying crushing means having a conveying screw and a crushing screw on the inner side of the main body on the enclosure, the lower portion is equipped with a stirring drying means having a hot air fan and a rotary blade In the lower part of the stirring drying means, by sequentially mounting the compression collecting means having a cradle and a pressure plate,

Not only can it effectively crush and crush various kinds and sizes of food waste generated at home or in restaurants, but also completely dry the moisture of food waste containing a large amount of water and compress it to a minimum size to The packaging makes food waste very easy to handle, and even a single device performs all the processes in succession to the final stage, thus providing a food waste processing apparatus that has a very low economical footprint and a very economic effect. It is a Gad with the object of the present invention.

Hereinafter, preferred embodiments of the present invention will be described.

Figure 1 is an overall configuration of the food waste treatment apparatus according to the present invention, Figure 2a is a separate perspective view of the transport crushing portion, Figure 2b is an enlarged cross-sectional view of the stirring and drying unit, Figure 2c is an enlarged perspective view of the collection compression unit.

An opening and closing door 2 is formed on the upper part of the main body 1 on the enclosure, and a controller 3 is mounted on one side of the opening and closing door 2, and the conveying crushing means 10 and the stirring drying means are provided inside the main body 1. 20 and the compression collection means 30, respectively,

The food waste introduced into the conveying shredding means 10 is configured to be crushed by the conveying screw 11 and the shredding screw 13 of the conveying shredding means 10,

The crushed food waste is transported to the stirring drying means 20 to be dried by the hot air blower 21 and the rotary blade 22,

The food waste discharged from the stirring and drying means 20 is collected by the collection bag (4) is configured to be compressed by the compression collection means 30 having a side pressure plate 31 and the upper pressure plate 32,

Compressed food waste is configured to be withdrawn by opening the lower door 5 provided on the lower side of the main body (1).

At this time, the conveying shredding means 10 is equipped with an inlet 6 in the upper and lower narrowing holes, and an inner rotating shaft having a conveying screw 11 in a tapered shape in the upper and lower narrowing holes at the inner center of the inlet 6. 12) is built up, a plurality of crushing screw 13 is located on the outer side of the conveying screw 11, the inner wall of the inlet 6,

Separate planetary gears 14 are formed below the central shaft 14 of the crushing screw 13 so that each planetary gear 14 is inscribed in the inlet 6 and the fixed internal gear 15. The lower end of the central shaft 14 of the crushing screw 13 is inserted into the upper side of the guide member 16 ′ formed at the tip of the external rotating shaft 16, which is inserted into the outer side of the internal rotating shaft 12.

The inner rotary shaft 12 and the outer rotary shaft 16 is rotated by receiving power from a separate drive motor 17, the upper and lower sides of the driven bevel gear 18 formed on the rotary end of the drive motor 17 The driven bevel gear 19 formed at the lower end of the inner rotary shaft 12 and the outer rotary shaft 16 is meshed with each other to be configured to rotate interlocked with each other,

The front end of the internal rotating shaft 12 having the transfer screw 11 is rotatably fixed to the crossbar 12 'formed across the upper inner side of the inlet 6,

The tips of the plurality of crushing screws 13 are fixed to the separate rotating bracket 13 'to be rotatable.

In addition, the inlet 6 is formed in a double enclosure having inner and outer partitions, and a plurality of intake holes 7 are formed in the upper part of the inner wall, and a suction fan 8 is formed in the outer wall. The fan 8 is configured to be connected to the intake hose 9 connected to the sewer.

Stir-drying means 20 forms a rotatable rotor blade 22 on the inner bottom of the recovery box 23 on the enclosure, and recovers by mounting a hot air fan 21 on the upper side of the recovery box 23 ( 23) hot air is discharged to the inside of,

On the upper side of the recovery box 23 to form a vent hole 24 having a ventilating hose 24 ', the lower side of the recovery box 23 to form an outlet 25,

The outlet 25 is configured by mounting the blocking door 26,

In the vent hole 24 formed in the recovery box 23 of the stirring drying means 20, a damper door 28 having a damping spring 27 is formed, and the damper when the pressure of the recovery box 23 rises. Can be configured to open the door 28,

The blocking door 26 of the discharge port 25 formed in the recovery box 23 of the stirring drying means 20 is configured to slide open and close by an actuator 29 on one side,

The rotary blade 22 of the stirring drying means 20 is configured to rotate by receiving power from the driving motor 17 mounted on the bottom surface of the collecting box 23.

Compression collection means 30 is provided with a body 44 having a handle 5 on the upper side of the bottom plate 43 sliding from the bottom surface of the main body 1, one side of the body 44 Is provided with an opening and closing door 45, one end of the body 44 is mounted on the frame holder 40,

The inner side of the body 44 is composed of a side pressure plate 31 vertically installed in the lower side of the stirring drying means 20, and the upper pressure plate 32 hinged to the upper side of the side pressure plate 31, On one side of the side pressure plate 31 forms a spaced operating plate 33,

A screw shaft 35 axially coupled from the pressurizing motor 34 is coupled to the operating plate 33, and a guide inserted into the spring 36 between the side pressing plate 31 and the operating plate 33. Pin 37 is fixed,

The lower side of the upper pressing plate 32 and the end of the operating plate 33 is hinged fixed to the connecting table 38 connecting them to each other, the side pressure plate 31 and the upper pressing plate by the operation of the pressure motor 34. 32 is configured to slide in sequence,

The cradle 40 is composed of a frame body having a groove groove 41 on the side, the groove 42 is inserted into the band 42, the tip of the collection bag 4 by the band 42 It is configured to be fixed by hanging.

Referring to the action of the food waste treatment apparatus of the present invention by the above configuration in more detail by the accompanying drawings as follows.

As shown in the drawing, when the opening / closing door 2 formed on the upper part of the main body 1 is opened, the inlet 6 is located therein. After the food waste is put into the inlet 6, the closing door 2 is closed and the main body ( 1) When the upper controller (3) is pressed, the drive motor (17) inside the main body (1) is operated to crush and shred the food waste to extrude it to the lower side.

That is, the conveying crushing unit that is operated as shown in Figure 3, when opening and closing the door 2 as described above can be discharged odor of food waste remaining in the inside, while opening and closing the door 2 as described above The suction fan 8 on one side of the inlet 6 is operated to suck odor through the plurality of intake holes 7 formed on the inlet 6 and discharge the odor. It is possible to prevent the discharge into the room.

As described above, since the suction fan 8 is operated at the same time as the opening / closing door 2 is opened, more detailed configurations and actions will be omitted, and the suction fan may be omitted. 8) the odor sucked through is discharged to the outside through the intake hose (9) connected to the suction fan (8), the intake hose (9) is connected to the sewer pipe to the food waste treatment apparatus indoors If you want to use it will not leak odor into the room.

In addition, the inlet 6 is formed as an inner and outer double partition wall, the inner wall to form a plurality of intake holes (7) radially on the upper side as described above, the outer wall is equipped with the suction fan (8) The odor introduced through the intake hole 7 is introduced into the double partition wall of the inlet 6, and the odor of the inner space is configured to be sucked by the suction fan 8, thereby making the odor more rapid and effective. It will be in charge of the discharge function.

In this way, the food waste introduced into the inlet 6 is pushed downward through the feed screw 11 rotated by the operation of the drive motor 17, and the peripheral edge of the feed screw 11 as described above Since the plural crushing screw 13 of the helical gear rotates, the food waste is extruded downward while being crushed and crushed by the transfer screw 11 and the crushing screw 13.

At this time, the transfer screw 11 and the crushing screw 13 is rotated by receiving power at the same time by using a single drive motor 17, the transfer screw 11 is an internal rotating shaft 12 which is a central axis 12 It is formed in the inner rotation shaft 12, the tip is rotatably coupled to the crossbar (12 ') formed across the upper inside of the inlet (6),

A driven bevel gear 19 is mounted at the lower end of the internal rotating shaft 12 so that the driven bevel gear 19 is engaged with the driven bevel gear 18 mounted to the drive motor 17.

In addition, the crushing screw 13 has a rotary bracket 13 ′ simultaneously fixing the tip of the central axis 14 of the crushing screw 13 so as to be rotatable inside the inlet 6. Lower ends of the central shaft 14 are respectively inserted into separate guide members 16 ', and the guide members 16' are tubular external rotary shafts 16 inserted into the outer side of the inner rotary shaft 12. Is attached to the tip,

Another driven bevel gear 19 is formed at the lower end of the external rotating shaft 16 to be engaged with the driven bevel gear 18 of the drive motor 17, and power is applied to the drive motor 7. When the prime bevel gear 18 rotates, the upper and lower driven bevel gears 19 meshed with the prime bevel gears 18 simultaneously rotate to simultaneously rotate the inner rotary shaft 12 and the outer rotary shaft 16. will be.

Therefore, as the inner rotating shaft 12 and the outer rotating shaft 16 are rotated at the same time, the transfer screw 11 and the crushing screw 13 will rotate in the same direction at the same time.

However, if each screw as described above is rotated in the same direction, the grinding and crushing action will be weak, so that the central axis of the crushing screw 13 in order to switch the rotation direction of the crushing screw 13 individually ( 14) by forming a separate planetary gear (14 ') at the bottom, and each of the planetary gear (14') is to be engaged with a separate internal gear (15) mounted on the bottom of the inlet (6),

When the external rotating shaft 16 is rotated, the crushed screw 13 is rotated in full, and each crushed screw 13 is rotated separately in the opposite direction, so that the crushed screw 13 is rotated. By simultaneously performing the revolving and the crushing and crushing power will be doubled.

The crushed and crushed food waste is introduced between the internal gear 15 and the rotating shaft and discharged to the lower side thereof. A separate stirring and drying unit 20 is located below the food waste in the crushed state as described above. It will be collected first.

At this time, the stirring drying means 20 is formed as a recovery box 23 in the enclosure as shown in Figs. 4a and 4b, the inner rotary shaft 12 and the external rotary shaft 16 is penetrated through the center The drive motor 17 is formed on the bottom surface of the recovery box 23.

Mounting the drive motor 17 on the bottom surface of the collecting box 23, the power for operating the rotary blade 22 inside the collecting box 23 by using the rotational power of the external rotating shaft (16). To get it.

In addition, the upper one side of the recovery box 23 is equipped with a separate hot air blower 21 is to emit a high heat of heat to the inside of the recovery box 23 by the hot air blower 21, the heat Humid food waste is dried.

In particular, as the heat and hot air flows from the hot air fan 21, the pressure increases in the inside of the recovery box 23, and a separate vent hole 24 for discharging the internal air is recovered. Since it is formed on the other side of the upper portion 23, the air and moisture therein are discharged through the vent hole 24.

However, if the air and moisture are discharged immediately, the high temperature heat escapes together, and thus the thermal efficiency decreases. The damper spring 28 is provided with a damper door 28 having a damper spring 27. The damper door 28 is pressed against the inside of the collecting box 23 by the tensile force of the 27 so that the room pressure of the collecting box 23 is lower than the tension of the damping spring 27. In the state, since it is not vented, the continuous high temperature drying action is maintained, and when the pressure is increased, the tension of the damper spring 27 is overcome and the damper door 28 is opened and recovered. To reduce the drying time of the food waste while maintaining the pressure uniformly and preventing the high temperature heat from being discharged continuously. will be.

In addition, the ventilating opening 24 is equipped with a ventilating hose 24 'which is directly connected to the sewer pipe. The ventilating hose 24' is provided with an intake hose formed in the inlet 6 of the conveying crushing means 10. By forming the connection (9), the odor emitted during the intake and discharge of the inlet (6) and the moisture and odor generated in the drying process of the food waste is discharged to the sewage pipe using the ventilating hose (24 '). will be.

As described above, the rotary blade 22 rotated inside the collecting box 23 by using the power of the driving motor 17 rapidly dries the food waste broken by the conveying shredding means 10 and remains therein. It is to make it.

In addition, the lower one side of the collecting box 23 is formed with a discharge port 25 for discharging the dried food waste as described above, not to immediately discharge the dried food waste, as described above ( 23) The outlet 25 is sealed until a predetermined amount or more of food waste is dried and recovered inside.

A separate position detecting sensor (not shown in the figure) is installed inside the collecting box 23 to automatically open and discharge the outlet 25 when the food waste level is detected by the sensor. ) It is to discharge the dried food waste inside.

At this time, a separate blocking door 26 is located in the outlet 25, the outlet 25 is opened and closed by the horizontal sliding of the blocking door 26, one side of the blocking door 26. Thereafter, the outlet door 25 is opened or blocked while the blocking door 26 is slid by the driving of a separate actuator 29 mounted on the bottom surface of the collecting box 23.

In this way, the food waste discharged in a completely dried state through the outlet 25 is poured into the collection bag 4 in the compressed collection means 30 provided at the lower side of the recovery box 23, the collection The bag 4 is fitted in the state in which the tip is opened by the frame frame holder 40 of the frame frame mounted horizontally inside the main body 1, the outer peripheral surface of the holder 40 in the groove groove ( 41 is formed and the band 42 is inserted by using the groove groove 41, so that the tip of the collection bag 4 from the inside of the holder 40, and then the collection bag ( The tip of 4) is spread outward and sandwiched between the bands 42 so as to be temporarily fixed to the holder 40.

In this way, when the food waste dried inside the collection bag 4 located below the outlet 25 of the stirring drying means 20 is collected, the food waste in the above-mentioned dry state is a little bulky, so it is at least Compressed to the size of the can facilitate the handling and movement, such as storage, this time the compression collection means 30 is located on one side of the collection bag (4) is to operate.

The compression collecting means 30 is composed of a screw shaft 35 and a pressure plate for transmitting the rotational force of the pressure motor 34 by the rotation of the pressure motor 34 is fixed to the lower side of the main body 1 as The screw shaft 35 has a working plate 33 screwed thereto, and one side of the operating plate 33 is formed with a side pressure plate 31 spaced apart by a guide pin 37 and a spring 36. It is.

At this time, the guide pin 37 is one side end is fixed to the side pressing plate 31 and the other end is fixed to penetrate the operating plate 33, the guide pin 37 is a spring ( Since the 36 is inserted, the operating plate 33 and the side pressure plate 31 are to have a predetermined distance by the spring (36).

Therefore, when the pressure motor 34 is rotated and the screw shaft 35 is rotated together, the operation plate 33 coupled to the screw shaft 35 is slid forward, and thus the spring 36 is supported. The side pressure plate 31 is sliding at the same time and the food waste inside the collection bag (4) is to begin to compress.

As such, the food waste by the operation of the side pressure plate 31 is limited only within the elastic force of the spring 36, so that only a constant pressure is provided, and the compression force is greater than that of the spring 36. When strong, the side pressure plate 31 is no longer a force is transmitted, instead of only the operation plate 33 is to move forward.

At this time, the operation plate 33 is to move forward while pressing the spring 36, the side pressing plate 31 when the operation plate 33 is advanced in the state that the side pressure plate 31 is fixed in position The upper pressing plate 32 formed at the tip of the to rotate forward, the upper pressing plate 32 is hinged to the front end of the side pressing plate 31, the lower side of the upper pressing plate 32 and the Since the tip of the operating plate 33 is connected by a separate connecting rod 38, the upper pressing plate 32 rotates downward by the transfer of the connecting rod 38 when the operating plate 33 is solely advanced. While pressing the upper side of the collecting bag (4) to compress.

At this time, since the collection bag 4 is temporarily suspended by the band 42 of the holder 40 as described above, when the compression action by the side pressure plate 31 and the upper pressure plate 32 as described above. The tip is separated from the band 42 and completely separated from the holder 40.

When the compression operation is completed, the pressurizing motor 34 may be reversely rotated so as to retreat the side pressure plate 31 in a state in which the upper pressure plate 32 is vertically placed first to return to the original position.

When all these operations are finished, the user is to pull out the entire compression collection means 30 to one side from the main body 1 to remove the compressed state collection bag 4 inside the body 44,

Since the bottom plate 43 of the body 44 is slid from the inner bottom surface of the body 1, by pulling the handle 5 protruding to one side of the body 44, the entire body 44 is drawn out. In one state by opening and closing the door 45 formed on one side of the body 44 is to take out the collection bag 4 in a compressed state located therein,

After removing the collection bag 4, the user inserts a new collection bag 4 into the inside of the holder 40 by using the band 42 of the holder 40, and then replaces the whole body 44 of the main body 1 again. Push it inside to make it reusable.

Therefore, without the hassle of having to provide a complex and large number of separate shredding device, drying device, compression device, etc. as usual, regardless of the type or size of food waste with just one device, it is crushed and shredded. The dry and compressed food waste can be conveniently handled, but the dry and compressed food waste as described above can be recycled as livestock feed, which is very economical.

The food waste treatment apparatus of the present invention as described above can not only effectively crush and crush various kinds and sizes of food waste generated in homes and restaurants, but also completely dry the moisture of food waste containing a large amount of water. After it is compressed to a minimum size and packed in a collection bag, it becomes very easy to process food waste. Since all processes are carried out to the final stage even with a single device, the occupancy of the kitchen space is very low and very economical. It is the effect that is.

Claims (10)

An opening and closing door 2 is formed on the upper part of the main body 1 on the enclosure, and a controller 3 is mounted on one side of the opening and closing door 2, and the conveying crushing means 10 and the stirring drying means are provided inside the main body 1. 20 and the compression collection means 30, respectively, The food waste introduced into the conveying shredding means 10 is configured to be crushed by the conveying screw 11 and the shredding screw 13 of the conveying shredding means 10, The crushed food waste is transported to the stirring drying means 20 to be dried by the hot air blower 21 and the rotary blade 22, The food waste discharged from the stirring drying means 20 is collected by the collection bag (4) is configured to be compressed by the compression collection means 30 having a side pressure plate 31 and the upper pressure plate (32) Food waste disposal device. The method of claim 1, The conveying shredding means 10 is equipped with an inlet 6 in the upper and lower narrowings, and an inner rotary shaft 12 having a conveying screw 11 in a tapered shape in the upper and lower narrowings in the inner center of the inlet 6. And a plurality of crushing screws (13) adjacent to the inner wall of the inlet (6) is located outside the transfer screw (11), Separate planetary gears 14 are formed below the central shaft 14 of the crushing screw 13, and each planetary gear 14 is inscribed in the inlet 6 and the fixed internal gear 15. The lower end of the central shaft 14 of the crushing screw 13 is inserted into the upper side of the guide member 16 'formed at the tip of the external rotating shaft 16, which is inserted into the outer side of the internal rotating shaft 12, The inner rotary shaft 12 and the outer rotary shaft 16 is rotated by receiving power from a separate drive motor 17, the upper and lower sides of the driven bevel gear 18 formed on the rotary end of the drive motor 17 The driven bevel gear 19 formed at the lower end of the inner rotary shaft 12 and the outer rotary shaft 16 is meshed with each other, the food waste processing apparatus, characterized in that configured to be interlocked with each other. The method of claim 2, The front end of the internal rotating shaft 12 having the transfer screw 11 is rotatably fixed to the crossbar 12 'formed across the upper inner side of the inlet 6, Food waste processing apparatus, characterized in that the front end of the plurality of crushing screws (13) is fixed to be rotatable in a separate rotary bracket (13 '). The method of claim 2, The inlet 6 is formed in a double enclosure having inner and outer partitions, a plurality of intake holes 7 are formed in the upper part of the inner wall, and a suction fan 8 is formed in the outer wall of the suction fan. 8) is connected to the intake hose (9) connected to the sewer. The method of claim 1, Stir-drying means 20 forms a rotatable rotor blade 22 on the inner bottom of the recovery box 23 on the enclosure, and recovers by mounting a hot air fan 21 on the upper side of the recovery box 23 ( 23) hot air is discharged to the inside of, On the upper side of the recovery box 23 to form a vent hole 24 having a ventilating hose 24 ', the lower side of the recovery box 23 to form an outlet 25, Food outlet treatment apparatus, characterized in that the outlet 25 is equipped with a blocking door (26). The method of claim 5, In the vent hole 24 formed in the recovery box 23 of the stirring and drying means 20, a damper door 28 having a damping spring 27 is formed, and the damper door (when the pressure of the recovery box 23 rises) is formed. 28) food waste processing apparatus, characterized in that configured to open. The method of claim 5, Blocking door 26 of the discharge port 25 formed in the recovery box 23 of the stirring and drying means 20, the food waste processing apparatus, characterized in that configured to be opened and closed by the actuator 29 of one side. The method of claim 5, Rotating blade 22 of the stirring drying means 20 is a food waste processing apparatus, characterized in that configured to be rotated by applying power from the drive motor (17) mounted on the bottom of the recovery box (23). The method of claim 1, Compression collection means 30 is provided with a body 44 having a handle 5 on the upper side of the bottom plate 43 sliding from the bottom surface of the main body 1, one side of the body 44 Is provided with an opening and closing door 45, one end of the body 44 is mounted on the frame holder 40, The inner side of the body 44 is composed of a side pressure plate 31 vertically installed in the lower side of the stirring drying means 20, and the upper pressure plate 32 hinged to the upper side of the side pressure plate 31, On one side of the side pressure plate 31 forms a spaced operating plate 33, A screw shaft 35 axially coupled from the pressurizing motor 34 is coupled to the operating plate 33, and a guide inserted into the spring 36 between the side pressing plate 31 and the operating plate 33. Pin 37 is fixed, The lower side of the upper pressing plate 32 and the end of the operating plate 33 is hinged fixed to the connecting table 38 connecting them to each other, the side pressure plate 31 and the upper pressing plate by the operation of the pressure motor 34. Food waste processing apparatus, characterized in that the 32 is configured to operate in a sequential sliding. The method of claim 9, Cradle 40 is composed of a frame body having a groove groove 41 on the side, the groove 42 is inserted into the band 42, the end of the collecting bag 4 by the band 42 Food waste processing apparatus, characterized in that configured to be fixed.

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