TWM638801U - Food waste recovery and reuse processing equipment - Google Patents

Abstract

A food waste recovery and reuse treatment equipment, including a separation treatment device, a liquid water treatment device, a solid material conveying device, a solid material treatment device, a heater, a deodorization barrel and a mobile carrier, the separation treatment The device can effectively divide the dirty food waste into liquid and solid, and then process it in the liquid water treatment device or the solid material treatment device according to the different types. When the solid material treatment device ferments the solid food waste, The heater and the deodorizing barrel are used to provide the heat energy required for fermentation and to provide deodorizing effects. The above-mentioned structure can be centrally installed on the mobile carrier, and the mobile carrier can be easily towed to any place. In order to facilitate going to various designated points for food waste treatment.

Description

Food waste recovery and reuse processing equipment

This creation is about a kind of food waste recovery and reuse processing equipment. It is a green energy equipment suitable for processing solid and liquid food waste and can be made into organic products. The combination of the green energy equipment and the container greatly improves the mobility .

Kitchen waste (vegetable leaves, fruit peels, bones, etc.) is a common household waste, especially in an urban environment with a large population, the daily production of food waste is even more alarming, because food waste is organic and contains a lot of water. If it is not disposed of properly and is directly discarded as garbage, it will not only increase the burden on the landfill, but also make it difficult to incinerate due to excessive water content, which will further increase the cost of garbage incineration and shorten the life of the incinerator.

The use of organic fertilizers to replace chemical fertilizers in agricultural transformation has gradually gained attention. At present, some organic fertilizers come from food waste (including raw food waste, cooked food waste, etc.) by using microorganisms to decompose and ferment organic matter and then produce organic fertilizers. However, The equipment used to process these organics is fixed-point and concentrated in a specific treatment plant. In cities, a large amount of transportation is required to concentrate food waste, which increases transportation costs. In addition, for some relatively remote and small population gathering places , due to the relatively long distance and the relatively small amount of food waste produced, it is not cost-effective to go to the disposal site.

Therefore, since organic fertilizers have received a lot of attention, it is also a trend to treat food waste more efficiently. This design is designed to effectively classify a large amount of food waste mixed in solid and liquid states. Through the combination of fermentation equipment and containers , The container can be transported to any open space to start operation, so that the fermentation equipment has better mobility, and can process food waste without the limitation of the site, so as to create a solution for food waste recycling and processing equipment.

The food waste recovery and reuse treatment equipment of this creation includes a separation treatment device, a liquid water treatment device, a solid material conveying device, a solid material treatment device, a heater and a deodorization barrel. The separation treatment device is based on A pulverizer, a filter screen tank and a solid-liquid separator are arranged in sequence. The filter screen tank is located on one side of the pulverizer, and a filter screen is installed in the filter screen tank. A first groove area and a second groove area are separated, a first groove outlet port is provided at the bottom of the filter screen groove corresponding to the first groove area, and a position corresponding to the first groove area is arranged on the filter screen groove Then a cleaning pipe is installed again, and a drainage pipe is fixedly connected to the outside of the second tank area. The solid-liquid separator has a feed inlet port corresponding to the outlet port of the first tank, a liquid outlet port and a solid outlet port. end, the liquid water treatment device has an oil-water separator and a demineralizer, the drain pipe and the liquid outlet end are fixedly connected to the oil-water separator, the oil-water separator is connected with the demineralizer, and the demineralizer The salt machine is fixedly connected to the cleaning pipe. The solid material treatment device has a feed end and a discharge end connected with the solid material outlet end. A screw knife is pivotally arranged in the solid material treatment device, and one end of the screw knife is fixed. A drive motor is connected, and a hot air pipe is installed on the top of the solid material processing device, and the hot air pipe is connected to the heater. The solid material conveying device is installed between the solid-liquid separator and the solid material processing device. Between, one end of the solid material conveying device corresponds to the solid outlet end, and the other end corresponds to the feed end, so that the solid food waste separated by the solid-liquid separator can be automatically sent to the solid material processing device Inside, the deodorizing tank is connected to the solid material processing device.

With the above structure, the separation treatment device can effectively separate the kitchen waste into liquid and solid state, and then according to the different types of treatment in the liquid water treatment device or the solid material treatment device, when the solid material treatment device ferments solid food waste, the heater and the deodorization barrel are used to Provide heat energy needed for fermentation and provide deodorizing effect.

In a preferred embodiment, it further includes a feeding device, the feeding device is used to send food waste into the pulverizer, the feeding device has a climber, and one end of the climber is detachably equipped with a Place the barrel, and a hopper is correspondingly arranged under the other end, which is corresponding to the pulverizer.

In a preferred embodiment, the drain pipe is connected to the liquid water treatment device and an external water storage container.

In a preferred embodiment, the spiral cutter system has a first cutter body and a second cutter body, the helical directions of the first cutter body and the second cutter body are opposite and arranged alternately.

In a preferred embodiment, a plurality of flipping blocks are evenly fixed on the screw knife.

In a preferred embodiment, it further includes a mobile carrier, which is used to load the separation treatment device, the liquid water treatment device, the solid material delivery device, the solid material treatment device, the heater With the deodorizing barrel, the mobile carrier has a side door and an electric control room, and the electric control room is electrically connected to the pulverizer, the drain pipe, the solid-liquid separator, the outlet end of the first tank, the cleaning pipe, The solid-liquid separator, the oil-water separator, the demineralizer, the drive motor, the heater, and the deodorizing bucket are equipped with a plurality of ventilation devices on the mobile carrier, which can be easily transported to any location, so as to facilitate going to various designated points for food waste treatment.

In a preferred embodiment, the electric control room is electrically connected to a deodorizing device, the deodorizing device is filled with deodorizing liquid and connected with a deodorizing pipeline, and the deodorizing pipeline is respectively connected to the solid material processing The devices are evenly distributed in the mobile carrier.

In a preferred embodiment, the deodorizing barrel is equipped with an aeration pipe inside and filled with a deodorizing liquid, and an air inlet connected to the aeration pipe is respectively installed on the deodorizing barrel. The fan and an outlet fan, the inlet fan and the outlet fan are respectively connected to the solid material processing device through a pipeline.

1: Separation processing device

11: Crusher

12: filter sieve slot

121: The first slot area

122: Second slot area

123: drain pipe

13: Solid-liquid separator

131: Feed inlet port

132: liquid outlet port

133: Solid outlet port

14: filter screen

15: The outlet end of the first slot

16: cleaning pipe

2: Liquid water treatment device

21: Oil-water separator

22:Desalting machine

3: Solid material conveying device

4: Solid material processing device

41: Feed end

42: Discharge end

43: Spiral knife

431: The first cutter body

432: Second cutter body

433: Throw over blocks

44: Drive motor

45:Hot air pipe

5: Heater

6: Deodorizing bucket

61: Aeration pipe

62: deodorant liquid

63:Intake fan

64: Outlet fan

7:Mobile carrier

71: side door

72: Electric control room

73: ventilation device

74: Deodorization device

75: Deodorization pipeline

8: External water storage container

9: Feeding device

91: climber

92: Putting barrel

93: Hopper

[Picture 1] is a three-dimensional schematic diagram of the overall structure of the food waste recovery and reuse processing equipment created by this creation.

[Picture 2] is a schematic plan view of the overall structure of the food waste recycling and reuse processing equipment created by this company.

[Picture 3] is a block diagram of the overall structure and pipeline configuration of the food waste recovery and reuse processing equipment created in this work.

[Picture 4] is a three-dimensional schematic diagram of the separation and treatment device of the food waste recovery and reuse treatment equipment created by this creation.

[Figure 5] is a schematic cross-sectional view of the separation and treatment device of the food waste recovery and reuse treatment equipment created by this creation.

[Picture 6] is a cross-sectional schematic diagram of the solid material processing device of the kitchen waste recovery and reuse processing equipment.

[Fig. 7] is a cross-sectional schematic diagram of another angle of view of the solid material processing device of the kitchen waste recovery and reuse processing equipment of this creation.

[Picture 8] is a three-dimensional schematic diagram of the spiral knife of the food waste recycling and reuse processing equipment created by this creation.

[Picture 9] is a cross-sectional schematic diagram of the deodorizing barrel of the kitchen waste recovery and reuse treatment equipment created by this company.

[Picture 10] is a three-dimensional schematic diagram of the mobile carrier of the kitchen waste recovery and reuse processing equipment created by this creation.

[Picture 11] is a three-dimensional schematic diagram of the open setting of the food waste recycling and reuse processing equipment created by this creation.

[Picture 12] is a schematic plan view of the feeding device of the food waste recycling and reuse processing equipment created by this creation.

For other technical content, features and functions of this creation, please refer to the following drawings In the detailed description of the preferred embodiment, it will be clearly presented. In order to make the disclosure of the drawings clear and clear, the pipeline configuration will be omitted in the structural diagram, and the pipeline configuration will be shown in a block diagram.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this creation belongs.

As used herein, the articles "a," "an," and "any" refer to one or more than one (ie, at least one) of the item without specifying a specific number. For example, "an element" means one element or more than one element.

As used herein, the term "on" to describe the position of a structure refers to any surface position of the structure, not the commonly known directional "above" or "above". The terms "above" and "below" used to describe the position of a structure refer to the directionality of the position of the structure under normal use.

As used herein, the term "bottom" to describe the position of a structure does not refer to the bottommost surface or end of the structure in a single way, but refers to the bottommost surface or end of the structure, and the surrounding surfaces adjacent to the bottommost place. location, but not above the horizontal center of the structure.

As used in this article, the terms "fixed", "connected", "installed" or "installed" to describe the combination of structures generally refer to multiple structures that will not be easily separated or dropped after being combined, and can be fixed The connection can also be a detachable connection, an integrated connection, a mechanical connection, an electrical connection, or a direct physical connection, or an indirect connection through an intermediary, for example: using threads, tenon, quick release parts, A combination of fasteners, nails, adhesives, electric welding or high frequency.

As used in this article, the term "communication" or "connection" to describe the structural combination relationship generally refers to multiple holes, passages or different spaces that communicate with each other through perforation or connection, so that substances can be in the two spaces that are connected. mover or negotiator.

As used herein, the term "electrical connection" to describe the structural combination refers to the use of wires, circuit boards, network cables, electromagnetic induction, Bluetooth or wireless networks to conduct electricity or network Combination of road communication.

As used in this article, the terms "pivot", "pivot" or "hub" to describe the combination of structures refer to any combination of hinges, columns, spheres, holes and slots, or multiple structures. The bearings are assembled with each other, so that multiple structures can still rotate or slide freely within a limited range after being combined without being easily separated or dropped.

Please refer to Figures 1 to 3, as shown in the figure, the overall equipment includes at least a separation treatment device 1, a liquid water treatment device 2, a solid material delivery device 3, a solid material treatment device 4, a heater 5, A deodorizing barrel 6 and a mobile carrier 7, the separation treatment device 1 can effectively separate the kitchen waste into liquid and solid, and then separate them in the liquid water treatment device 2 or the solid material treatment device 4 according to the type processing, and when the solid food waste is fermented by the solid material treatment device 4, the heater 5 and the deodorizing barrel 6 are used to provide the heat energy required for fermentation and to provide deodorizing effects. The above-mentioned structure can Centrally installed on the mobile carrier 7, the mobile carrier 7 can be easily towed to any location, so as to facilitate going to various fixed points for food waste treatment.

Please refer to Figures 1 to 5, the separation and treatment device 1 is sequentially provided with a pulverizer 11, a filter sieve tank 12 and a solid-liquid separator 13, the pulverizer 11 is used to quickly process large volumes of food waste to Its volume is refined into smaller units, and the filter screen groove 12 is located at the lower side of the pulverizer (it can be a discharge position in any direction, which varies according to the design of the pulverizer) to accept the refined kitchen. In addition, a filter screen 14 is installed in the filter screen tank 12, and the filter screen 14 separates a first tank area 121 and a second tank area 122 in the screen screen tank 12, and at the bottom of the screen screen tank 12 The position corresponding to the first tank area 121 has a first tank outlet end 15, and a cleaning pipe 16 is installed on the filter screen tank 12 corresponding to the position of the first tank area 121, and the refined food waste It falls into the first tank area 121 preferentially, and the cleaning pipe 16 can discharge clear water into the first tank area 121 to clean and soak the kitchen waste located in the first tank area 121. After cleaning, The purge tube 16 to stop the drainage, and the oil-water liquid in the kitchen waste in the filter screen tank 12 and the waste water after washing the kitchen waste are all discharged by a drain pipe 123, and then discharged from the first tank area by the outlet end 15 of the first tank For the food waste in 121, the outlet port 15 of the first tank controls its switch through the valve body, and most of the food waste discharged by it is solid (still a small part is liquid state), and the solid-liquid state can be initially separated through this .

Please refer to Figures 1 to 5. The solid-liquid separator 13 is a commonly used machine on the market (commonly known as solid-liquid separator or solid-liquid separation equipment, which is often used for kitchen waste treatment and belongs to a technical structure well known to those in this technical field. Therefore, its separation principle and internal structure will not be repeated), the solid-liquid separator 13 has a feed inlet port 131 corresponding to the outlet port 15 of the first tank, a liquid outlet port 132 and a solid outlet port 133, the first The food waste discharged from the outlet port 15 of a tank enters the solid-liquid separator 13, and the liquid outlet port 132 is connected to the liquid water treatment device 2. When the discharged food waste enters the solid-liquid separator 13 for separation , the solid food waste can remove more water and send it to the solid outlet port 133 , while the separated liquid food waste is discharged to the liquid water treatment device 2 through the liquid outlet port 132 .

Please refer to Figures 1 to 5, the food waste system located in the first tank area 121 can be washed many times, and the oily liquid in the food waste and the waste water after cleaning the food waste will pass through the filter screen 14 to the second tank area. The second tank area 122, the drainage pipe 123 is externally fixed to the second tank area 122, the drain pipe 123 is connected to the liquid water treatment device 2 and an external water storage container 8, the liquid water treatment device 2 It is then connected to the cleaning pipe 16, so that the oily water liquid and waste water will enter the liquid water treatment device 2 through the drain pipe 123 to be processed into clean water and then flow back to the cleaning pipe 16, so as to repeat cleaning in the first tank area 121 of kitchen waste.

Please refer to Figures 1 to 3, the liquid water treatment device 2 has an oil-water separator 21 and a desalter 22 (the oil-water separator and the desalter all belong to the technical structure well known to those in the technical field, so their separation and The desalination principle and internal structure will not be described in detail), the drain pipe 123 and the liquid outlet port 132 are fixedly connected to the oil-water separator 21, so that the oil-water liquid in the kitchen waste and the waste water after cleaning the kitchen waste are prioritized over the oil-water separator. Oil-water separation is carried out in the water separator 21, and the oil-water separator 21 is connected with the demineralizer 22, and the demineralizer 22 is fixedly connected to the cleaning pipe 16, and the water after oil separation will enter the demineralizer 22 The salt is filtered through the membrane, and the water is desalinated into clear water to be recycled to the cleaning pipe 16 for cleaning kitchen waste.

Please refer to Figures 1 to 3, when there is too much oil-water liquid in food waste and waste water after washing food waste, and the liquid water treatment device 2 cannot digest it, the drain pipe 123 will be diverted to the external water storage container8.

Please refer to Figures 1-3, 6-8, the solid food waste is fermented and dried by the solid material treatment device 4 and then used as fertilizer. The feed end 41 and a discharge end 42 are pivotally provided with a screw knife 43 in the solid material processing device 4. The screw knife 43 has a first knife body 431, a second knife body 432 and multiple throwing blocks 433, the helical directions of the first cutter body 431 and the second cutter body 432 are opposite and staggered, and each of the throwing blocks 433 is evenly fixed on the first cutter body 431 and the second cutter body 432 On the top, one end of the spiral knife 43 is fixedly connected with a driving motor 44, and a hot air pipe 45 is installed on the top of the solid material processing device 4, and the hot air pipe 45 is connected to the heater 5; please refer to the first to the third , Figure 6, the solid material conveying device 3 is arranged between the solid-liquid separator 13 and the solid material processing device 4, one end of the solid material conveying device 3 corresponds to the solid outlet port 133, and the other end is Corresponding to the feed end 41 , the solid food waste separated by the solid-liquid separator 13 can be automatically sent into the solid material processing device 4 .

Please refer to Figures 1-3, 6-8, the solid food waste enters the solid material treatment device 4 from the feed end 41 to carry out the fermentation process first, and then receives the first cutter body 431 and the second cutter body 432 Since the helical directions of the first cutter body 431 and the second cutter body 432 are opposite to each other, the direction of rotation during cutting is opposite, and the solid food waste is cut and twisted at the same time. strength, To make the effect of cutting and thinning more uniform and complete, the heater 5 adds hot air into the solid material processing device 4 through the hot air pipe 45, so that the solid material processing device 4 can be sterilized through the hot air, and the hot air can be reused. Recycled to the heater 5 for reuse, after a predetermined period of fermentation, the drying process can be carried out in the solid material processing device 4, and the fermented solid food waste is mainly subjected to the solid material processing device 4 The throwing and stirring of the throwing block 433, especially the throwing block 433 can be designed in an L shape, so there are many contact surfaces that can improve the efficiency of the solid food waste agglomeration in the throwing and drying process. After a predetermined period of drying , the original solid food waste can be turned into organic products, and at that time, the discharge port 42 can be opened to allow the organic products to be sent out.

Please refer to Figures 1 to 3 and 9, the solid material treatment device 4 is further communicated with the deodorizing barrel 6, and the deodorizing barrel 6 is equipped with an aeration tube 61 inside and filled with a deodorizing liquid 62. An air intake fan 63 and an air outlet fan 64 connected to the aeration pipe 61 are respectively installed on the deodorizing barrel 6, and the air intake fan 63 and the air outlet fan 64 can be connected to the solid material processing unit through pipelines. device 4, and through the air intake fan 63, the gas inside the solid material processing device 4 can be sucked into the deodorizing barrel 6, and the aeration pipe 61 is injected into the deodorizing liquid 62 in the form of bubbles to make the odor It is easy to be decomposed, and the air outlet fan 64 can inject the decomposed gas into the solid material processing device 4, so as to continuously and uninterruptedly process the gas inside the solid material processing device 4 to maintain a good smell .

Please refer to Figures 1 to 2 and 10, the separation treatment device 1, the liquid water treatment device 2, the solid material delivery device 3, the solid material treatment device 4, the heater 5 and the deodorization barrel 6 can be Integrated in the mobile carrier 7, the mobile carrier 7 has a side door 71 for moving into the above structure and an electric control room 72, the electric control room 72 is electrically connected to the pulverizer 11, the drain pipe 123, the solid Liquid separator 13, the outlet end 15 of the first tank, the cleaning pipe 16, the solid-liquid separator 13, the oil-water separator 21, the demineralizer 22, the drive motor 44, the heater 5 and the deodorizer Barrel 6, the mobile carrier 7 is further equipped with a plurality of ventilation devices 73, each of which ventilation devices 73 can maintain the air circulation in the mobile carrier 7; Thereby, the mobile carrier 7 can conveniently drag the separation treatment device 1, the liquid water treatment device 2, the solid material conveying device 3, the solid material treatment device 4, the heater 5 and the deodorizing bucket 6 together. Transport to any location to facilitate food waste treatment at each designated point, so that the operation of the equipment is not limited by the location. On the contrary, please refer to Figures 1~2 and 11, the separation treatment device 1, the liquid water treatment device 2, The solid material conveying device 3 , the solid material processing device 4 , the heater 5 and the deodorizing barrel 6 can also be arranged in a predetermined place in an open manner without being limited by the carrier.

Please refer to Figures 1 to 2 and 12, a deodorizing device 74 is further installed in the mobile carrier 7, the deodorizing device 74 is electrically connected to the electric control room 72, and the deodorizing device 74 is filled with deodorizing liquid (such as wood vinegar) and is connected with a deodorizing pipeline 75, and this deodorizing pipeline 75 can be provided with two, and one of them is evenly distributed in this mobile carrier 7, and this deodorizing device 74 can be its inside The deodorizing liquid is sprayed through the deodorizing pipeline 75, so that the inside of the mobile carrier 7 maintains a good smell, please refer to Figures 1 to 3, and the other line is connected to the solid material processing device 4, and can also deodorize Odor liquid is sprayed into the solid material processing device 4 through the deodorizing pipeline 75 to maintain a good smell. In general, the solid material processing device 4 eliminates internal odor through the deodorizing barrel 6, and when processing a large amount of When the solid waste is used, the deodorizing device 74 will increase the spraying method to strengthen the deodorizing effect.

Please refer to Figures 1 to 3 and 12. The food waste described is sent into the pulverizer 11 through a feeding device 9. The feeding device 9 has a climber 91, and one end of the climber 91 is detachable. A storage barrel 92 is provided, and a hopper 93 is correspondingly arranged below the other end, and the hopper 93 is corresponding to the pulverizer 11. The storage barrel 92 can be stored at home or in any place for people to discard food waste. When the storage tank 92 is full, it can be installed on the climber 91, and the climber 91 lifts the storage tank 92 and reverses to pour the food waste inside into the hopper 93 and send it into the The pulverizer 11.

The above-mentioned embodiment disclosure is only a selection of preferred embodiments of this creation, but it does not It is not intended to limit this creation. Anyone who is familiar with this technical field and has ordinary knowledge, after understanding the aforementioned technical characteristics and embodiments of this creation, and making equal changes or modifications without departing from the spirit and scope of this creation, still It belongs to the scope covered by this creation, and the scope of patent protection of this creation shall be subject to what is defined in the claims attached to this specification.

1: Separation processing device

11: Crusher

12: filter sieve slot

123: drain pipe

13: Solid-liquid separator

133: Solid outlet port

14: filter screen

2: Liquid water treatment device

21: Oil-water separator

22:Desalting machine

3: Solid material conveying device

4: Solid material processing device

41: Feed end

44: Drive motor

5: Heater

6: Deodorizing bucket

7:Mobile carrier

72: Electric control room

74: Deodorization device

75: Deodorization pipeline

8: External water storage container

Claims (10)

A kitchen waste recovery and reuse processing equipment at least includes: a separation processing device, which is sequentially provided with a pulverizer, a filter sieve tank and a solid-liquid separator, the filter sieve tank is located on one side of the pulverizer, the A filter screen is installed in the filter screen slot, and the filter screen separates a first slot area and a second slot area in the screen slot, and a position corresponding to the first slot area at the bottom of the screen slot At the outlet end of the first tank, a cleaning pipe is installed at the position corresponding to the first tank area on the filter screen tank, and a drain pipe is fixedly connected to the second tank area outward. The solid-liquid separator has a corresponding A feed inlet, a liquid outlet, and a solid outlet at the outlet of the first tank; a liquid water treatment device with an oil-water separator and a demineralizer, and the drain pipe is fastened to the liquid outlet Connected to the oil-water separator, the oil-water separator is connected with the desalter, and the desalter is fixedly connected to the cleaning pipe; a solid material processing device has a feed end and a discharge end, and the solid A screw knife is arranged in the inner hub of the material processing device, and a drive motor is fixedly connected to one end of the screw knife, and a hot air pipe is installed on the top of the solid material processing device, and the hot air pipe is connected to a heater; a solid material conveying The device is arranged between the solid-liquid separator and the solid material processing device, one end of the solid material conveying device corresponds to the solid outlet end, and the other end corresponds to the feed end, so that the solid-liquid The solid food waste separated by the separator can be automatically sent into the solid material processing device; and a deodorizing barrel is connected to the solid material processing device. According to claim 1, the food waste recovery and reuse processing equipment further includes a feeding device, and the feeding device is used to send food waste into the shredder. Such as the food waste recovery and reuse processing equipment of claim 2, wherein the feeding device has a climber, one end of the climber is detachably equipped with a storage barrel, and a hopper is correspondingly arranged under the other end, the hopper The line corresponds to the shredder. According to claim 1, the food waste recovery and reuse processing equipment, wherein the drainage pipe is connected to the liquid water treatment device and an external water storage container. According to claim 1, the food waste recovery and reuse processing equipment, wherein the spiral knife has a first knife body and a second knife body, and the helical directions of the first knife body and the second knife body are opposite and arranged alternately. Such as the food waste recovery and reuse processing equipment of claim 1, wherein a plurality of throwing blocks are evenly fixed on the screw knife. The food waste recovery and reuse treatment equipment as in claim 1 further includes a mobile carrier, which is used to load the separation treatment device, the liquid water treatment device, the solid material conveying device, the solid material treatment device, the heater and the deodorizing bucket, the mobile carrier has a side door and an electric control room, and the electric control room is electrically connected to the pulverizer, the drain pipe, the solid-liquid separator, and the outlet port of the first tank , the cleaning pipe, the solid-liquid separator, the oil-water separator, the demineralizer, the drive motor, the heater and the deodorizing barrel. The food waste recovery and reuse processing equipment as in claim 7, wherein a plurality of ventilation devices are installed on the mobile carrier. Such as the food waste recovery and reuse treatment equipment in claim item 7, wherein the electric control room is electrically connected to a deodorization device, the deodorization device is filled with deodorization liquid and connected to a deodorization pipeline, and the deodorization pipeline is separately Connected to the solid material treatment device and evenly distributed in the mobile carrier. Such as the food waste recovery and reuse treatment equipment of claim 1, wherein the deodorizing barrel is equipped with an aeration tube inside and filled with a deodorizing liquid, and an aeration pipe is installed on the deodorizing barrel respectively. The inlet fan connected with the pipe is connected with an outlet fan, and the inlet fan and the outlet fan are respectively connected to the solid material processing device through a pipeline.

Images