CN116099853A - New energy kitchen garbage mobile treatment vehicle - Google Patents

Abstract

The invention provides a new energy kitchen waste mobile treatment vehicle, and relates to the technical field of new energy automobiles. The treatment vehicle comprises a treatment vehicle body, wherein a control room is arranged on the treatment vehicle body, a controller is arranged in the control room, and a modularized battery pack, a GPS positioning system and an Internet of things module which are all electrically connected with the controller are also arranged in the control room; the treatment vehicle body is respectively provided with a treatment chamber and a pulping separator, one side of the treatment chamber is provided with a lifting machine, the inside of the treatment chamber is also provided with a pulping machine, a three-phase separator, a granulator, an oil storage tank and a sewage treatment system, the pulping separator comprises an organic matter separation port and an inorganic matter separation port, the organic matter separation port is sequentially connected with the pulping machine and the three-phase separator, and the three-phase separator is respectively connected with the granulator, the oil storage tank and the sewage treatment system. According to the kitchen garbage truck, the feeding mode is changed into the rear feeding mode, the feeding opening is prolonged, the garbage is effectively prevented from spilling and leaking, and the kitchen garbage truck can be allocated according to actual treatment conditions of different areas.

Description

A new energy food waste mobile processing vehicle

technical field

The invention relates to the technical field of new energy vehicles, in particular to a new energy food waste mobile processing vehicle.

Background technique

Kitchen garbage truck, also known as food waste truck, kitchen garbage truck or swill truck, is a kind of garbage truck, which is a special vehicle for collecting and transporting domestic waste, food waste and urban sludge; Surplus garbage refers to the garbage generated in the daily life of residents, food processing, catering services, unit meals and other activities, including discarded vegetable leaves, leftovers, leftovers, fruit peels, eggshells, tea dregs, bones, etc. The sources are home kitchens, restaurants, canteens, markets and other industries related to food processing; kitchen waste contains extremely high moisture and organic matter, is easy to perish, and produces stench; it can be transformed into new resources after proper treatment and processing , the characteristics of high organic matter content make it can be used as fertilizer and feed after strict treatment, and can also produce biogas for fuel or power generation, and the oil part can be used to prepare biofuels; separate collection of kitchen waste can reduce entering landfills The amount of organic matter can be reduced, the generation of odor and landfill leachate can be reduced, and the adverse effects of excessive water on waste incineration can be avoided, and the corrosion of equipment can be reduced.

At present, during the use of existing kitchen garbage trucks, most of the feeding methods are carried out on the side of the kitchen garbage truck. This feeding method is easy to cause garbage leakage. In addition, When the food waste trucks are being processed, they will encounter different amounts of food waste that need to be processed in different areas, which will cause the demand for some food waste vehicles to fail to keep up.

Contents of the invention

The purpose of the present invention is to provide a new energy food waste mobile processing vehicle, which changes the feeding method to rear feeding, prolongs the feeding port, effectively prevents waste from spilling, and can carry out food processing according to the actual processing conditions in different areas. Dispatch of garbage trucks.

Embodiments of the present invention are achieved like this:

The embodiment of the present application provides a new energy food waste mobile processing vehicle, including a processing vehicle body, a control room is provided on the processing vehicle body, a controller is provided in the control room, and a controller is installed in the control room. Electrically connected modular battery pack, GPS positioning system and IoT module;

The main body of the above-mentioned processing vehicle is respectively provided with a processing chamber and a pulping and sorting machine, and one side of the above-mentioned processing chamber is provided with a hoist, and the inside of the above-mentioned processing chamber is also equipped with a refiner, a three-phase separator, a granulator, a storage Oil tank and sewage treatment system, the above-mentioned pulping and sorting machine includes an organic matter sorting port and an inorganic matter sorting port, and the above-mentioned organic matter sorting port is connected with the above-mentioned refiner and the above-mentioned three-phase separator in turn, and the above-mentioned three-phase separator It is connected with the above-mentioned granulator, the above-mentioned oil storage tank and the above-mentioned sewage treatment system.

In some embodiments of the present invention, a slagging screw mechanism and a waste trash can are also provided inside the above-mentioned treatment chamber, the above-mentioned slagging screw mechanism is connected with the above-mentioned pulping and sorting machine, and the above-mentioned waste trash can is connected with the above-mentioned inorganic The material sorting port is connected.

In some embodiments of the present invention, the above-mentioned processing chamber body is a fixed frame.

In some embodiments of the present invention, a buffer tank is also provided in the above-mentioned treatment chamber, and the buffer tank is arranged between the above-mentioned refiner and the above-mentioned organic matter sorting port, one end is connected to the above-mentioned organic matter sorting port, and the other end is connected to the above-mentioned refiner. pulper connection.

In some embodiments of the present invention, the above-mentioned treatment chamber is also equipped with a concentrator, the above-mentioned concentrator is arranged between the above-mentioned refiner and the above-mentioned buffer tank, one end is connected to the above-mentioned refiner, and the other end is connected to the above-mentioned buffer tank connect.

In some embodiments of the present invention, a dryer and a screw stacker are arranged inside the above-mentioned treatment chamber, the above-mentioned dryer is set between the above-mentioned three-phase separator and the above-mentioned granulator, and the above-mentioned screw stacker is set between the above-mentioned Between the sewage treatment system and the above dryer.

In some embodiments of the present invention, an air purification system is provided inside the treatment chamber, and the air purification system communicates with the sewage treatment system.

Compared with the prior art, the embodiments of the present invention have at least the following advantages or beneficial effects:

The embodiment of the present application provides a new energy food waste mobile processing vehicle, including a processing vehicle body, a control room is provided on the processing vehicle body, a controller is provided in the control room, and a controller is installed in the control room. Electrically connected modular battery pack, GPS positioning system and Internet of Things module; the above-mentioned processing vehicle body is respectively provided with a processing chamber and a pulping and sorting machine; one side of the above-mentioned processing chamber is provided with a hoist; It is also equipped with a refiner, a three-phase separator, a granulator, an oil storage tank and a sewage treatment system. The above-mentioned pulping and sorting machine includes an organic matter sorting port and an inorganic matter sorting port. The refiner is connected with the above-mentioned three-phase separator, and the above-mentioned three-phase separator is respectively connected with the above-mentioned granulator, the above-mentioned oil storage tank and the above-mentioned sewage treatment system. The processing vehicle includes a processing vehicle body, a control room is arranged on the processing vehicle body, and a controller is arranged inside the control room. The battery pack, the GPS positioning system and the IoT module are all electrically connected to the controller in the control room, that is, the operation of the modular battery pack, the GPS positioning system and the IoT module can be controlled by the controller. There are also treatment chambers and pulping and sorting machines on the treatment vehicle body. A hoist is installed on one side of the treatment room. The hoist is used for lifting and processing food waste. The hoist is located at the rear of the treatment room close to the treatment vehicle body. part, it is convenient to extend the feeding port of the kitchen waste, and prevent the kitchen waste from leaking. The inside of the treatment room is also equipped with a refiner, a three-phase separator, a granulator, a storage tank machine and a sewage treatment system. The pulping and sorting machine includes an organic matter sorting port and an inorganic matter sorting port. It is connected with the refiner and the three-phase separator, and the three-phase separator is respectively connected with the granulator, the oil storage tank and the sewage treatment system, that is, the food waste is lifted to the side of the treatment room through the hoist, and the kitchen waste After the garbage enters the pulping sorter, it is sorted through the organic matter sorting port and the inorganic matter sorting port on the pulping sorter, and then enters different processes for processing; the present invention changes the feeding method to Feeding from the rear, extending the feeding port, effectively prevents garbage from spilling, and can deploy kitchen garbage trucks according to the actual processing conditions in different areas.

In actual use, the processing vehicle includes a processing vehicle body, a control room is set on the processing vehicle body, and a controller is installed inside the control room. In addition, a modular battery pack, GPS positioning system and Internet of Things The modules, the modular battery pack, the GPS positioning system and the IoT module are all electrically connected to the controller in the control room, that is, the controller can control the operation of the modular battery pack, the GPS positioning system and the IoT module. There are also treatment chambers and pulping and sorting machines on the treatment vehicle body. A hoist is installed on one side of the treatment room. The hoist is used for lifting and processing food waste. The hoist is located at the rear of the treatment room close to the treatment vehicle body. part, it is convenient to extend the feeding port of the kitchen waste, and prevent the kitchen waste from leaking. The inside of the treatment room is also equipped with a refiner, a three-phase separator, a granulator, a storage tank machine and a sewage treatment system. The pulping and sorting machine includes an organic matter sorting port and an inorganic matter sorting port. It is connected with the refiner and the three-phase separator, and the three-phase separator is respectively connected with the granulator, the oil storage tank and the sewage treatment system, that is, the food waste is lifted to the side of the treatment room through the hoist, and the kitchen waste After the garbage enters the pulping sorter, it is sorted through the organic matter sorting port and the inorganic matter sorting port on the pulping sorter, and then enters different processes for processing.

Description of drawings

In order to illustrate the technical solutions of the embodiments of the present invention more clearly, the accompanying drawings used in the embodiments will be briefly introduced below. It should be understood that the following drawings only show some embodiments of the present invention, and thus It should be regarded as a limitation on the scope, and those skilled in the art can also obtain other related drawings based on these drawings without creative work.

Fig. 1 is a schematic structural view of a new energy food waste mobile processing vehicle according to an embodiment of the present invention;

Fig. 2 is a schematic structural view of a new energy food waste mobile processing vehicle according to an embodiment of the present invention;

Fig. 3 is a rear view of a new energy food waste mobile processing vehicle according to an embodiment of the present invention.

Icons: 1-hoist; 2-pulping and sorting machine; 3-buffer tank; 4-slag discharge screw mechanism; 5-waste trash can; 6-three-phase separator; 7-sewage treatment system; 8-stack screw machine; 9-refiner; 10-dryer; 11-granulator; 12-air purification system.

Detailed ways

Example

Please refer to Figures 1 to 3, Figure 1 is a schematic structural diagram of a new energy food waste mobile processing vehicle according to an embodiment of the present invention; Figure 2 is a structural schematic diagram of a new energy food waste mobile processing vehicle according to an embodiment of the present invention; Fig. 3 is a rear view of a new energy food waste mobile processing vehicle according to an embodiment of the present invention.

The embodiment of the present application provides a new energy food waste mobile processing vehicle, including a processing vehicle body, a control room is provided on the processing vehicle body, a controller is provided in the control room, and a controller is installed in the control room. Electrically connected modular battery pack, GPS positioning system and Internet of Things module; the above-mentioned processing vehicle body is respectively provided with a processing chamber and a pulping and sorting machine 2, and a hoist 1 is provided on one side of the above-mentioned processing chamber. The inside is also equipped with a refiner 9, a three-phase separator 6, a granulator, an oil storage tank and a sewage treatment system 7. The above-mentioned pulping and sorting machine 2 includes an organic matter sorting port and an inorganic matter sorting port, and the above-mentioned organic matter The sorting port is sequentially connected with the above-mentioned refiner 9 and the above-mentioned three-phase separator 6, and the above-mentioned three-phase separator 6 is respectively connected with the above-mentioned granulator, the above-mentioned oil storage tank and the above-mentioned sewage treatment system 7. The processing vehicle includes a processing vehicle body, a control room is arranged on the processing vehicle body, and a controller is arranged inside the control room. The battery pack, the GPS positioning system and the IoT module are all electrically connected to the controller in the control room, that is, the operation of the modular battery pack, the GPS positioning system and the IoT module can be controlled by the controller. A processing chamber and a pulping and sorting machine 2 are respectively arranged on the processing vehicle body, and a hoist 1 is arranged on one side of the processing chamber, and the hoist 1 is used for lifting and processing food waste. The rear part of the main body is convenient to extend the feeding port of the food waste, and has the effect of avoiding the leakage of the food waste. The interior of the treatment chamber is also equipped with a refiner 9, a three-phase separator 6, a granulator, a tank machine and a sewage treatment system 7. The pulping and sorting machine 2 includes an organic matter sorting port and an inorganic matter sorting port. The sorting port is connected to the refiner 9 and the three-phase separator 6 in turn, and the three-phase separator 6 is connected to the granulator, the oil storage tank and the sewage treatment system 7 respectively, that is, the food waste is lifted by the elevator 1 To the side of the treatment room, after the food waste enters the pulping and sorting machine 2, it is sorted through the organic matter sorting port and the inorganic matter sorting port on the pulping sorting machine 2, and then enters different processes for It only needs to be processed; the present invention changes the feeding method to rear feeding, extends the feeding port, effectively prevents garbage from spilling, and can deploy kitchen garbage trucks according to the actual processing conditions in different areas.

In actual use, the processing vehicle includes a processing vehicle body, a control room is set on the processing vehicle body, and a controller is installed inside the control room. In addition, a modular battery pack, GPS positioning system and Internet of Things The modules, the modular battery pack, the GPS positioning system and the IoT module are all electrically connected to the controller in the control room, that is, the controller can control the operation of the modular battery pack, the GPS positioning system and the IoT module. A processing chamber and a pulping and sorting machine 2 are respectively arranged on the processing vehicle body, and a hoist 1 is arranged on one side of the processing chamber, and the hoist 1 is used for lifting and processing food waste. The rear part of the main body is convenient to extend the feeding port of the food waste, and has the effect of avoiding the leakage of the food waste. The interior of the treatment chamber is also equipped with a refiner 9, a three-phase separator 6, a granulator, a tank machine and a sewage treatment system 7. The pulping and sorting machine 2 includes an organic matter sorting port and an inorganic matter sorting port. The sorting port is connected to the refiner 9 and the three-phase separator 6 in turn, and the three-phase separator 6 is connected to the granulator, the oil storage tank and the sewage treatment system 7 respectively, that is, the food waste is lifted by the elevator 1 To the side of the processing room, after the food waste enters the pulping and sorting machine 2, it is sorted through the organic matter sorting port and the inorganic matter sorting port on the pulping sorting machine 2, and then enters different processes for Just deal with it.

In some embodiments of the present invention, the inside of the treatment chamber is further provided with a slag discharge screw mechanism 4 and a waste trash bin 5, the above slag discharge screw mechanism 4 is connected with the above pulping and sorting machine 2, and the above waste garbage Barrel 5 communicates with the above-mentioned inorganic matter sorting port.

In actual use, the interior of the treatment chamber is provided with a slag discharge screw mechanism 4 and a waste trash can 5, the slag discharge screw mechanism 4 is convenient for transporting food waste, and the waste trash can 5 is used for collecting harmful substances.

In some embodiments of the present invention, the above-mentioned processing chamber body is a fixed frame.

In actual use, the processing chamber is specifically a fixed frame, which facilitates maintenance and processing of various components in the processing chamber.

In some embodiments of the present invention, a buffer tank is also provided in the above-mentioned treatment chamber, and the buffer tank is arranged between the above-mentioned refiner 9 and the above-mentioned organic matter sorting port, one end is connected to the above-mentioned organic matter sorting port, and the other end is connected to the above-mentioned organic matter sorting port. The refiner 9 is connected.

In actual use, there is also a buffer tank inside the treatment chamber. The buffer tank is arranged between the refiner 9 and the organic matter sorting port. One end of the buffer tank is connected to the organic matter sorting port, and the other end is connected to Mo Jiangxi. When there is a lot of kitchen waste and there are many sorted organic matters, it can be stored in the buffer tank first, which is convenient for the pulping and sorting machine 2 to load garbage, and on the other hand can make the refiner 9 more orderly Efficiently dispose of kitchen waste.

In some embodiments of the present invention, the above-mentioned treatment chamber is also equipped with a concentrator, the above-mentioned concentrator is arranged between the above-mentioned refiner 9 and the above-mentioned buffer tank, one end is connected to the above-mentioned refiner 9, and the other end is connected to the above-mentioned Cache jar connection.

In actual use, the interior of the processing chamber is provided with a concentrator, which is arranged between the refiner 9 and the buffer tank. One end of the concentrator communicates with the refiner 9, and the other end communicates with the buffer tank. According to the size of the processing equipment and the tonnage of pre-treated garbage, a concentrator can be installed in the treatment room. When the equipment is relatively large and the tonnage of garbage to be processed is large, a concentrator can be installed in front of the refiner 9. Concentrators are used to sieve the particle size of organic matter.

In some embodiments of the present invention, a dryer 10 and a screw stacker 8 are arranged inside the above-mentioned treatment chamber, and the above-mentioned dryer 10 is arranged between the above-mentioned three-phase separator 6 and the above-mentioned granulator, and the above-mentioned screw stacker The machine 8 is arranged between the above-mentioned sewage treatment system 7 and the above-mentioned dryer 10 .

In actual use, the interior of the treatment chamber is provided with a dryer 10 and a screw stacker 8, and the dryer 10 is arranged between the three-phase separator 6 and the granulator for communicating with the three-phase separator 6 and the granulator. Dryer 10 steam-dries the organic solid slag separated from the three-phase separator 6, and then makes granular feed through a granulator, which can remove moisture in the feed and improve the quality of the feed.

In some embodiments of the present invention, an air purification system 12 is provided inside the treatment chamber, and the air purification system 12 communicates with the sewage treatment system 7 .

In actual use, the inside of the treatment chamber is also provided with an air purification system 12. The air purification system 12 is connected to the sewage treatment system 7, and the separated water will go to the sewage treatment system 7, and the produced odor will be purified by air. The system 12 discharges after the treatment reaches the standard, and treats the stench produced by the kitchen waste to ensure the sanitation of the environment.

The embodiment of the present application provides a new energy food waste mobile processing vehicle, including a processing vehicle body, a control room is provided on the processing vehicle body, a controller is provided in the control room, and a controller is installed in the control room. Electrically connected modular battery pack, GPS positioning system and Internet of Things module; the above-mentioned processing vehicle body is respectively provided with a processing chamber and a pulping and sorting machine 2, and a hoist 1 is provided on one side of the above-mentioned processing chamber. The inside is also equipped with a refiner 9, a three-phase separator 6, a granulator, an oil storage tank and a sewage treatment system 7. The above-mentioned pulping and sorting machine 2 includes an organic matter sorting port and an inorganic matter sorting port, and the above-mentioned organic matter The sorting port is sequentially connected with the above-mentioned refiner 9 and the above-mentioned three-phase separator 6, and the above-mentioned three-phase separator 6 is respectively connected with the above-mentioned granulator, the above-mentioned oil storage tank and the above-mentioned sewage treatment system 7. The processing vehicle includes a processing vehicle body, a control room is arranged on the processing vehicle body, and a controller is arranged inside the control room. The battery pack, the GPS positioning system and the IoT module are all electrically connected to the controller in the control room, that is, the operation of the modular battery pack, the GPS positioning system and the IoT module can be controlled by the controller. A processing chamber and a pulping and sorting machine 2 are respectively arranged on the processing vehicle body, and a hoist 1 is arranged on one side of the processing chamber, and the hoist 1 is used for lifting and processing food waste. The rear part of the main body is convenient to extend the feeding port of the food waste, and has the effect of avoiding the leakage of the food waste. The interior of the treatment chamber is also equipped with a refiner 9, a three-phase separator 6, a granulator, a tank machine and a sewage treatment system 7. The pulping and sorting machine 2 includes an organic matter sorting port and an inorganic matter sorting port. The sorting port is connected to the refiner 9 and the three-phase separator 6 in turn, and the three-phase separator 6 is connected to the granulator, the oil storage tank and the sewage treatment system 7 respectively, that is, the food waste is lifted by the elevator 1 To the side of the treatment room, after the food waste enters the pulping and sorting machine 2, it is sorted through the organic matter sorting port and the inorganic matter sorting port on the pulping sorting machine 2, and then enters different processes for It only needs to be processed; the present invention changes the feeding method to rear feeding, extends the feeding port, effectively prevents garbage from spilling, and can deploy kitchen garbage trucks according to the actual processing conditions in different areas.

In actual use, the processing vehicle includes a processing vehicle body, a control room is set on the processing vehicle body, and a controller is installed inside the control room. In addition, a modular battery pack, GPS positioning system and Internet of Things The modules, the modular battery pack, the GPS positioning system and the IoT module are all electrically connected to the controller in the control room, that is, the controller can control the operation of the modular battery pack, the GPS positioning system and the IoT module. A processing chamber and a pulping and sorting machine 2 are respectively arranged on the processing vehicle body, and a hoist 1 is arranged on one side of the processing chamber, and the hoist 1 is used for lifting and processing food waste. The rear part of the main body is convenient to extend the feeding port of the food waste, and has the effect of avoiding the leakage of the food waste. The interior of the treatment chamber is also equipped with a refiner 9, a three-phase separator 6, a granulator, a tank machine and a sewage treatment system 7. The pulping and sorting machine 2 includes an organic matter sorting port and an inorganic matter sorting port. The sorting port is connected to the refiner 9 and the three-phase separator 6 in turn, and the three-phase separator 6 is connected to the granulator, the oil storage tank and the sewage treatment system 7 respectively, that is, the food waste is lifted by the elevator 1 To the side of the treatment room, after the food waste enters the pulping and sorting machine 2, it is sorted through the organic matter sorting port and the inorganic matter sorting port on the pulping sorting machine 2, and then enters different processes for Just deal with it.

The above are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (7)

1. A new energy food waste mobile processing vehicle, characterized in that it includes a processing vehicle body, a control room is provided on the processing vehicle body, a controller is provided in the control room, and a control room is also provided in the control room. A modular battery pack, a GPS positioning system and an Internet of Things module electrically connected to the controller; The main body of the processing vehicle is respectively provided with a processing chamber and a pulping and sorting machine, a hoist is provided on one side of the processing chamber, and a refiner, a three-phase separator, and a granulator are also provided inside the processing chamber. Machine, oil storage tank and sewage treatment system, the pulping and sorting machine includes an organic matter sorting port and an inorganic matter sorting port, and the organic matter sorting port is connected with the refiner and the three-phase separator in turn , the three-phase separator is respectively connected with the granulator, the oil storage tank and the sewage treatment system. 2. A new energy food waste mobile processing vehicle according to claim 1, characterized in that, the interior of the treatment chamber is also provided with a slag discharge screw mechanism and a waste trash can, and the slag discharge screw mechanism is connected with The pulping and sorting machine is connected, and the waste trash bin is connected to the inorganic matter sorting port. 3. A new energy food waste mobile processing vehicle according to claim 1, wherein the processing chamber body is a fixed frame. 4. A new energy food waste mobile processing vehicle according to claim 1, characterized in that, a buffer tank is also provided in the processing chamber, and the buffer tank is arranged between the refiner and the organic matter separator. Between the selection ports, one end is connected to the organic matter sorting port, and the other end is connected to the refiner. 5. A new energy food waste mobile processing vehicle according to claim 4, characterized in that, a concentrator is also provided in the processing chamber, and the concentrator is arranged between the refiner and the Between the buffer tanks, one end is connected with the refiner, and the other end is connected with the buffer tank. 6. A new energy food waste mobile processing vehicle according to claim 1, characterized in that a dryer and a screw stacker are arranged inside the processing chamber, and the dryer is arranged on the Between the three-phase separator and the granulator, the screw stacker is arranged between the sewage treatment system and the dryer. 7. A new energy food waste mobile treatment vehicle according to claim 1, characterized in that an air purification system is also provided inside the treatment chamber, and the air purification system communicates with the sewage treatment system .

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