Mobile box-type organic liquid bio-fermentation evaporation device

Abstract

This invention relates to a mobile box-type organic liquid bio-fermentation evaporation device, comprising an organic liquid bio-fermentation mobile box, a vapor condensation and liquefaction recovery group, a feeding and circulating scraping group, a gas guiding and stirring group, a shaft tube flapping group, a discharge and circulating scraping group, and a heat pump device. These groups are sequentially and spaced apart from top to bottom within the mobile organic liquid bio-fermentation box. The heat pump device is connected to the gas guiding and stirring group, the shaft tube flapping group, and the vapor condensation and liquefaction recovery group, supplying steam to accelerate fermentation. Simultaneously, the heat pump device provides the condensation circulation medium for the vapor condensation and liquefaction recovery group, allowing the fermentation-generated steam to condense into water droplets for recycling. The organic waste material and organic liquid are stirred, oxygenated, and heated by the aforementioned device, accelerating the fermentation of the organic waste. The device can be moved to various environments as needed, achieving excellent functionality and ease of use.

Description

Technical Field

[0001] This invention relates to a mobile box-type organic liquid bio-fermentation evaporation device, and more particularly to a device applied in the field of mobile bio-fermentation deodorization and water resource recycling. Prior Technology

[0002] Currently, conventional organic waste conditioning materials and organic liquid and wastewater treatment devices are used to process organic waste using solid-liquid separators and wastewater treatment equipment. These devices are applied in aquaculture, food processing, chemical manufacturing, slaughtering, and kitchen waste recycling. However, these devices cannot effectively reuse organic waste conditioning materials, organic liquids, and wastewater. Even after wastewater is treated by these devices, there is still the problem of organic liquid discharge. Furthermore, the process generates waste gas or odor, causing environmental pollution. The overall operation consumes manpower and electricity, so there is a need for improvement. Summary of the Invention

[0003] In view of the problems of poor functionality and treatment effect of conventional organic waste conditioning materials and organic liquid and sewage treatment devices, the present invention provides a mobile box-type organic liquid biological fermentation evaporation device.

[0004] The main objective of this invention is to provide a mobile box-type organic liquid bio-fermentation evaporation device, which comprises:

[0005] An organic liquid biological fermentation mobile box is provided, comprising an organic fermentation inner tank, a feeding port, an air outlet, and a discharging port. The air outlet is located on the top side of the organic liquid biological fermentation mobile box near the rear edge and is equipped with an exhaust device. The discharging port is located on the bottom side of the organic liquid biological fermentation mobile box near the rear edge.

[0006] At least one steam condensation and liquefaction recovery unit is provided, which includes several condenser plates, several water collection trays, several water collection pipes, and a U-shaped water collection tank. The several condenser plates are interconnected and are provided with a condensate conduit. The end of the U-shaped water collection tank is connected to a drain pipe. The condenser plates are located on the top surface of the organic fermentation tank of the organic liquid biological fermentation mobile box, and the several water collection trays are respectively located below each condenser plate. Each water collection tray is connected to a water collection pipe, and the end of the water collection pipe faces the U-shaped water collection tank.

[0007] A feeding and circulating scraping group is provided, which is equipped with an upper circulating conveyor belt, and several feeding scrapers are spaced on the conveyor belt of the upper circulating conveyor belt. The feeding and circulating scraping group is located in the organic fermentation tank of the organic liquid biological fermentation mobile box, and is positioned below the vapor condensation liquefaction and recovery group at intervals.

[0008] An air-guiding and stirring assembly is provided, comprising several air inlet shafts spaced apart and staggered vertically. Each air inlet shaft has an air inlet at one end and a first one-way air inlet valve. Several stirring rods extend radially from the air inlet shafts at intervals, and each stirring rod has a stirring blade fixed at a different angle at its end. At least one toothed disc is provided at the other end of each air inlet shaft, and the toothed discs are driven by several chains. The toothed discs are driven by at least one motor. The air-guiding and stirring assembly is located in the organic fermentation tank of an organic liquid biological fermentation mobile box and is positioned below the feeding circulation scraper assembly at intervals.

[0009] A shaft tube flap assembly includes several shaft tube flaps, several shaft seats, several linked rocker arms, a drive arm, and a drive unit. The shaft tube flap assembly itself comprises one shaft tube and two flaps. The flaps are horizontally fixed on both sides of the shaft tube. The shaft tube has a closed end and an open end, and the open end has a second one-way air inlet valve. The shaft tube also has several air outlet guide holes. The two sides of the shaft tube flap are pivotally mounted on the shaft seats, allowing the shaft tube to rotate relative to the two shaft seats. The closed ends of the shaft tubes are pivotally connected to a series of rocker arms. The other ends of the series of rocker arms are pivotally connected to a drive arm, which is then connected to a drive unit. When the drive unit operates, it drives the drive arm and the series of rocker arms, causing the shaft tube of the flap to rotate, which in turn makes the horizontal flaps vertical. The flap assembly is located in the organic fermentation tank of the organic liquid biological fermentation mobile box and is positioned at intervals below the air guide and stirring assembly. A discharge circulation scraper assembly is provided, which includes a lower circulation conveyor belt with several discharge scrapers spaced apart on the conveyor belt. The discharge circulation scraper assembly is located in the organic fermentation tank of the organic liquid bio-fermentation mobile box and is spaced apart from the lower part of the shaft tube flap assembly. A heat pump device is provided, which includes a hot circulation section and a cold circulation section. The hot circulation section has at least one steam conduit and the cold circulation section has at least one cold water conduit. The steam conduit is connected to the air inlet of the air inlet shaft tube of the gas stirring assembly and the open end of the shaft tube of the shaft tube flap assembly. The cold water conduit is connected to the condensate conduit of the condenser plate of the steam condensation liquefaction and recovery assembly.

[0010] In a preferred embodiment, the organic liquid bio-fermentation mobile tank is rectangular or square. [Or] circular or other geometric shapes can be used to facilitate selection based on environmental factors, thereby increasing the versatility of this invention.

[0011] In a preferred embodiment, the feeding port of the organic liquid bio-fermentation mobile box is located near the upper edge of the end side or near the front edge of the top side of the organic liquid bio-fermentation mobile box. The location is selected to match the structural design and feeding convenience, so as to increase the versatility of the invention.

[0012] In a preferred embodiment, the condenser plates of the vapor condensation liquefaction recovery group are arranged in an inverted V-shape, either laterally or longitudinally, depending on the application requirements, to increase the versatility of the invention.

[0013] In a preferred embodiment, the exhaust device at the air outlet of the organic liquid bio-fermentation mobile box is an exhaust fan or a vacuum pump. The exhaust device can be further connected to a hypochlorous acid water sprayer, an activated carbon filter, an ozone generator, a UV air sterilizer, a photocatalytic air purifier, etc., so that the gas discharged from the exhaust device is purified, improving the quality of the surrounding air and increasing the versatility of the invention.

[0014] In a preferred embodiment, the stirring rod of the gas-guiding and stirring assembly is provided with a number of stirring rod air holes, wherein the stirring rod is connected to the air inlet shaft pipe, and the steam is introduced into the stirring rod through the air inlet shaft pipe and discharged through the stirring rod air holes, so that the organic waste conditioning material and organic liquid are introduced into the steam more efficiently during the stirring process, thereby increasing the versatility of the present invention.

[0015] In a preferred embodiment, the drive unit of the air guide flap assembly is a pneumatic cylinder or a hydraulic cylinder, which can be selected according to the usage requirements to increase the versatility of the invention.

[0016] In a preferred embodiment, a microbial cultivation spraying device is further provided. The microbial cultivation spraying device is equipped with a microbial cultivation tank, which is connected to a water pump and a spraying pipeline. The spraying pipeline is selectively located on the top or side of the organic fermentation tank of the organic liquid bio-fermentation mobile box. The water pump draws the microbial liquid from the microbial cultivation tank and sprays it out through the spraying pipeline. The microbial liquid spraying is carried out simultaneously with the aeration stirring group and the shaft tube flap group, so that the organic waste conditioning material, organic liquid and microbial liquid are stirred evenly, which is conducive to the aerobic fermentation speed and improves the overall fermentation efficiency, thereby increasing the versatility of the present invention.

[0017] In a preferred embodiment, a movable baffle plate can be provided at the front or rear of the bottom side of the organic fermentation tank as needed, so as to make various adjustments according to the usage requirements and increase the versatility of the invention.

[0018] In a preferred embodiment, its overall structure is the same as that shown in the figures of the present invention, except that the shaft tube flap group and the discharge circulation scraper group are not provided below the air guiding and stirring group. The organic liquid biological fermentation mobile box is provided with at least one air inlet pipe near the bottom, and the air inlet pipe is provided with several air guide ports at intervals. The air inlet pipe is connected to the steam pipe of the heat circulation part of the heat pump device to introduce steam into the bottom of the organic liquid biological fermentation mobile box, thereby improving the overall fermentation efficiency. Furthermore, the discharge port of the organic liquid biological fermentation mobile box is provided with a screw discharge machine to effectively discharge the fermented organic waste, thereby increasing the versatility of the present invention.

[0019] The mobile organic liquid bio-fermentation tank, comprising a steam condensation and liquefaction recovery unit, a feeding and circulating scraping unit, an air guiding and stirring unit, a shaft tube flapping unit, a discharge and circulating scraping unit, and a heat pump device, is equipped with an organic fermentation inner tank, a feeding port, an air outlet, and a discharge port. The air outlet is equipped with an exhaust device to quickly expel the odor generated during the fermentation process. The steam condensation and liquefaction recovery unit, the feeding and circulating scraping unit, the air guiding and stirring unit, the shaft tube flapping unit, and the discharge and circulating scraping unit are arranged sequentially from top to bottom in the organic fermentation inner tank. The heat pump device is connected to the air guiding and stirring unit, the shaft tube flapping unit, and the steam condensation and liquefaction recovery unit, allowing the organic waste conditioning material and organic liquid to be introduced through the feeding port of the mobile organic liquid bio-fermentation tank and fed through the feeding and circulating scraping unit. The system comprises a mixing group, an air-guiding and stirring group, a shaft tube flapping group, and a discharge circulation scraping group. It stirs the material, introduces oxygen, and heats it. A heat pump supplies steam to accelerate fermentation, increasing aerobic fermentation and promoting the growth of high-temperature bacteria. Simultaneously, the heat pump provides the condensation and recycling medium from the steam condensation and liquefaction recovery group. The steam generated from the fermentation of the organic waste material and organic liquid rises and condenses into water droplets for recycling, accelerating the fermentation of the organic waste material and organic liquid. The resulting liquid is then discharged from the outlet of the mobile organic liquid bio-fermentation box. This mobile organic liquid bio-fermentation box can be moved to various environments as needed and can be applied to aquaculture, food processing, chemical manufacturing, slaughtering, and kitchen waste recycling industries, achieving excellent functionality and ease of use. Simple Explanation of the Diagram

[0020] [Figure 1] is a three-dimensional decomposition diagram of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention.

[0021] [Figure 2] is a side view of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention.

[0022] [Figure 3] is a side view of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, which is a reference diagram of the state of agricultural organic matter and manure wastewater being introduced into the fermentation process.

[0023] [Figure 4] is a schematic diagram of the feeding port of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, with the feeding port located near the leading edge of the top side.

[0024] [Figure 5] is a schematic diagram of the second embodiment of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, which is equipped with a culture spray device.

[0025] [Figure 6] is a schematic diagram of the third embodiment of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, without the shaft tube flap group and the discharge circulation scraping group, and with the air inlet pipe near the bottom of the mobile box for organic liquid bio-fermentation. Implementation

[0026] To enable your examiner to further understand the structure, features and other objectives of the present invention, the following preferred embodiments are described in detail with reference to the accompanying drawings. However, the embodiments illustrated in these drawings are for illustrative purposes only and are not the sole limitation of the patent application.

[0027] Please refer to Figures 1 and 2, which are schematic diagrams of the three-dimensional decomposition state and side cross-sectional state of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, which includes:

[0028] An organic liquid biological fermentation mobile tank 10 is provided, which includes an organic fermentation inner tank 11, a feeding port 12, an air outlet 13, and a discharge port 14. The air outlet 13 is located on the top side of the organic liquid biological fermentation mobile tank 10 near the rear edge, and the air outlet 13 is provided with an exhaust device 130. The discharge port 14 is located on the bottom side of the organic liquid biological fermentation mobile tank 10 near the rear edge.

[0029] At least one steam condensation and liquefaction recovery unit 20 is provided, which includes several condenser plates 21, several water collection trays 22, several water collection pipes 23, and a U-shaped water collection tank 24. The several condenser plates 21 are interconnected and are provided with a condensate conduit 210. The end of the U-shaped water collection tank 24 is connected to a drain pipe 240. The condenser plates 21 are located on the top surface of the organic fermentation tank 11 of the organic liquid biological fermentation mobile box 10. The several water collection trays 22 are respectively located below each condenser plate 21, and each water collection tray 22 is connected to the water collection pipe 23. The end of the water collection pipe 23 faces the U-shaped water collection tank 24.

[0030] A feeding and circulating scraping group 30 is provided, which is equipped with an upper circulating conveyor belt 31. Several feeding scrapers 32 are spaced on the conveyor belt of the upper circulating conveyor belt 31. The feeding and circulating scraping group 30 is located in the organic fermentation tank 11 of the organic liquid biological fermentation mobile box 10, and is located below the vapor condensation liquefaction and recovery group 20 at intervals.

[0031] A gas-guiding and stirring assembly 40 is provided, which has several air intake shafts 41 arranged at intervals and staggered vertically. Each air intake shaft 41 has an air inlet 410 at one end and a first one-way air intake valve 410A at the air inlet 41. Several stirring rods 411 extend radially from the air intake shafts 41 at intervals. Each stirring rod 411 has a stirring blade 412 fixed at a different angle at its end. At least one toothed disc 413 is provided at the other end of each air intake shaft 41, and the toothed discs 413 are driven by several chains 414. The toothed discs 413 are driven by at least one motor 415. The gas-guiding and stirring assembly 40 is located in the organic fermentation tank 11 of the organic liquid biological fermentation mobile tank 10 and is positioned below the feeding circulation scraper assembly 30 at intervals.

[0032] A shaft tube flap assembly 50 includes several shaft tube flaps 51, several shaft seats 52, several linked rocker arms 53, a drive arm 54, and a drive unit 55. Each shaft tube flap 51 has a shaft tube 510 and two flaps 511, with the flaps 511 horizontally fixed to both sides of the shaft tube 510. The shaft tube 510 has a closed end 510A and an open end 510B. The open end 510B has a second one-way air intake valve 510D, and the shaft tube 510 has several air outlet guide holes 510C. The two sides of the shaft tube 510 of the shaft tube flap 51 are pivotally mounted on the shaft seats 52, so that the shaft tube... 510 can rotate relative to the two-axis seat 52, and the closed end 510A of the multi-axis tube 510 is pivotally connected to a connecting rocker arm 53, and the other end of the connecting rocker arm 53 is pivotally connected to the drive arm 54, and the drive arm 54 is connected to the drive unit 55. When the drive unit 55 is activated, it drives the drive arm 54 and the connecting rocker arm 53, causing the shaft tube 510 of the shaft tube flap 51 to rotate, thereby causing the horizontal flap 511 to become vertical. The shaft tube flap assembly 50 is located in the organic fermentation tank 11 of the organic liquid biological fermentation mobile box 10, and is positioned at intervals below the gas guiding and stirring assembly 40.

[0033] A discharge circulation scraper assembly 60 is provided, which includes a lower circulation conveyor belt 61. Several discharge scrapers 62 are spaced along the conveyor belt of the lower circulation conveyor belt 61. The discharge circulation scraper assembly 60 is located within the organic fermentation tank 11 of the organic liquid bio-fermentation mobile tank 10, and is positioned spaced below the shaft tube flap assembly 50.

[0034] A heat pump device 70 is provided with a heat circulation section 71 and a cold circulation section 72. The heat circulation section 71 is provided with at least one steam conduit 710, and the cold circulation section 72 is provided with at least one cold water conduit 720. The steam conduit 710 is led to the air inlet 410 of the air inlet shaft pipe 41 of the air guiding and stirring group 40 and the open end 510B of the shaft pipe 510 of the shaft pipe flap 51 of the shaft pipe flap group 50. The cold water conduit 720 is led to the condensate water conduit 210 of the condenser plate 21 of the steam condensation liquefaction and recovery group 20.

[0035] By combining the above structures, the mobile box-type organic liquid bio-fermentation evaporation device of the present invention is completed.

[0036] Please refer to Figures 1 to 3, which are reference diagrams showing the three-dimensional decomposition state, side cross-sectional state, and side cross-sectional state of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, representing the fermentation process involving agricultural organic matter and manure. The device includes a mobile organic liquid bio-fermentation box 10, a steam condensation and liquefaction recovery unit 20, a feeding and circulating scraping unit 30, a gas guiding and stirring unit 40, a shaft tube flapping unit 50, a discharge circulating scraping unit 60, and a heat pump device 70. The mobile organic liquid bio-fermentation box 10 is equipped with an organic fermentation inner tank 11, a feeding port 12, an air outlet 13, and a discharge port 14. The air outlet 13 is equipped with an exhaust device 130 to quickly expel the odor generated during the fermentation process. The steam condensation and liquefaction recovery unit 20, the feeding and circulating scraping unit 30, the gas guiding and stirring unit 40, the shaft tube flapping unit, and the discharge circulating scraping unit 60 are arranged sequentially from top to bottom. The heat pump device 70 is located in the organic fermentation tank 11 and is connected to the gas guiding and stirring group 40, the shaft tube flap group 50 and the steam condensation and liquefaction recovery group 20. The heat pump device 70 supplies steam to accelerate the fermentation temperature, increase aerobic fermentation and enhance the high-temperature bacteria. At the same time, the heat pump device 70 provides the medium for condensation circulation of the steam condensation and liquefaction recovery group 20. The steam generated by the organic waste conditioning material and organic liquid fermentation rises and is condensed into water droplets by the steam condensation and liquefaction recovery group 20 for recycling. This accelerates the fermentation of the organic waste conditioning material and organic liquid. The liquid is then discharged from the outlet 14 of the organic liquid biological fermentation mobile box 10. The organic liquid biological fermentation mobile box 10 can be moved to various environments as needed and can be applied to the aquaculture industry, food processing industry, chemical manufacturing industry, slaughtering industry and kitchen waste recycling industry, etc., to achieve excellent functionality and ease of use.

[0037] Please refer to Figures 1 and 2, which are schematic diagrams of the overall composition and side view of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention. In a preferred embodiment, the mobile box 10 for organic liquid bio-fermentation is arranged in a rectangular, square, or circular geometric shape to facilitate selection and setting according to environmental factors, thereby increasing the versatility of the present invention.

[0038] Please refer to Figures 1, 2, and 4 for the overall composition and side view of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, and the schematic diagram of the feeding port of the organic liquid bio-fermentation mobile box in the first embodiment being located near the front edge of the top side. In a preferred embodiment, the feeding port 12 of the organic liquid bio-fermentation mobile box 10 is located near the upper edge of the end side or near the front edge of the top side of the organic liquid bio-fermentation mobile box 10. The location is selected according to the structural design and feeding convenience to increase the versatility of the present invention.

[0039] Please refer to Figures 1 and 2, which are schematic diagrams of the overall composition and side view of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention. In a preferred embodiment, the condenser plates 21 of the vapor condensation liquefaction recovery group 20 are arranged in an inverted V shape in the horizontal or vertical direction, which can be selected according to the usage requirements to increase the versatility of the present invention.

[0040] Please refer to Figures 1 to 5, which show the three-dimensional decomposition state, side cross-sectional state, side cross-sectional state of agricultural organic matter and manure sewage introduction and fermentation state of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, the state in which the feeding port of the first embodiment of the organic liquid bio-fermentation mobile box is located near the front edge of the top side, and the state in which the second embodiment is equipped with a culture spraying device. In a preferred embodiment, the exhaust device 130 provided at the air outlet 13 of the organic liquid bio-fermentation mobile box 10 is an exhaust fan or a vacuum pump. The exhaust device 130 can be further connected to a hypochlorous acid water sprayer, activated carbon filter, ozone generator, UV ultraviolet air sterilizer, photocatalytic air purifier, etc., so that the gas discharged by the exhaust device 130 is purified, the quality of the surrounding air is improved, and the versatility of the present invention is increased.

[0041] Please refer to Figure 1 for a schematic diagram of the overall composition of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention. In a preferred embodiment, the stirring rod 411 of the gas guiding and stirring group 40 is provided with a number of stirring rod air holes 411A. The stirring rod 411 is connected to the air inlet shaft pipe 41. Steam is introduced into the stirring rod 411 through the air inlet shaft pipe 41 and discharged through the stirring rod air holes 411A, so that the organic waste conditioning material and organic liquid are introduced into the steam more efficiently during the stirring process, thereby increasing the versatility of the present invention.

[0042] Please refer to Figures 1 and 2, which are schematic diagrams of the overall composition and side view of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention. In a preferred embodiment, the drive unit 55 of the air guide flap assembly 50 is a pneumatic cylinder or a hydraulic cylinder, which can be selected according to the usage requirements to increase the versatility of the present invention.

[0043] Please refer to Figure 5, which is a schematic diagram of the second embodiment of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention, showing the presence of a microbial spraying device. In a preferred embodiment, a microbial spraying device 80 is further provided, which includes a microbial tank 81. The microbial tank 81 is connected to a water pump 82 and a spray pipe 83. The spray pipe 83 is selectively located on the top or side of the organic fermentation tank 11 of the mobile organic liquid bio-fermentation box 10. The microbial liquid is drawn from the microbial tank 81 by the water pump 82 and sprayed out through the spray pipe 83. The microbial liquid spraying is carried out simultaneously with the aeration stirring group 40 and the shaft tube flap group 50, so that the organic waste conditioning material, organic liquid and microbial liquid are stirred evenly, which is beneficial to the aerobic fermentation speed and improves the overall fermentation efficiency, thereby increasing the versatility of the present invention.

[0044] Please refer to Figure 1, which is a schematic diagram of the overall composition of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention. In a preferred embodiment, a movable baffle 15 can be provided at the front or rear of the bottom side of the organic fermentation tank 11 as needed, so as to make various adjustments according to the usage requirements and increase the versatility of the present invention.

[0045] Please refer to Figure 6, which is a schematic diagram of the third embodiment of the mobile box-type organic liquid bio-fermentation evaporation device of the present invention without the shaft tube flap group and the discharge circulation scraper group, and with an air inlet pipe near the bottom of the mobile box. In a preferred embodiment, its overall structure is the same as that shown in the figures of the present invention, except that the shaft tube flap group 50 and the discharge circulation scraper group 60 are not provided below the air guiding and stirring group 40. The mobile box 10 of organic liquid bio-fermentation is provided with at least one air inlet pipe 16 near the bottom, and the air inlet pipe 16 is provided with several air guide ports 160 at intervals. The air inlet pipe 16 is connected to the steam conduit 710 provided in the heat circulation part 71 of the heat pump device 70 (not shown in the figure) to introduce steam into the bottom of the mobile box 10 of organic liquid bio-fermentation, thereby improving the overall fermentation efficiency. In addition, the discharge port 14 of the mobile box 10 of organic liquid bio-fermentation is further provided with a spiral discharge machine 140 to effectively discharge the organic waste after fermentation, thereby increasing the versatility of the present invention.

[0046] In conclusion, the present invention can indeed achieve the above-mentioned functions and objectives, therefore the present invention meets the requirements for patent application, and an application is hereby filed in accordance with the law.

[0047] 10: Organic Liquid Bio-fermentation Mobile Box

[0048] 11: Organic fermentation tank

[0049] 12: Feeding port

[0050] 13: Air vent

[0051] 130: Exhaust system

[0052] 14: Discharge port

[0053] 140: Screw discharge machine

[0054] 15: Movable baffle plate

[0055] 16: Intake pipe

[0056] 160: Air inlet

[0057] 20: Steam condensation liquefaction and recovery unit

[0058] 21: Condenser Plate

[0059] 210: Condensate pipe

[0060] 22: Water collection tray

[0061] 23: Water collection pipe

[0062] 24:U-shaped sump

[0063] 240: Drain pipe

[0064] 30: Feeding and circulating scraper assembly

[0065] 31: Upper circulating conveyor belt machine

[0066] 32: Feed scraper

[0067] 40: Gas-guided stirring unit

[0068] 41: Intake shaft tube

[0069] 410: Air Inlet

[0070] 410A: First one-way intake valve

[0071] 411: Stirring lever

[0072] 411A: Air hole for lever

[0073] 412: Stirring blade

[0074] 413: Gear Disc

[0075] 414: Chain

[0076] 415: Motor

[0077] 50: Shaft tube flap assembly

[0078] 51: Shaft tube flap

[0079] 52: Shaft seat

[0080] 53: Continuous rocker arm

[0081] 54: Drive arm

[0082] 55: Drive Unit

[0083] 510: Shaft tube

[0084] 510A: Closed end

[0085] 510B: Open end

[0086] 510C: Exhaust guide hole

[0087] 510D: Second one-way intake valve

[0088] 511: Flip-flop

[0089] 60: Discharge Circulation Scraper Group

[0090] 61: Lower circulating conveyor belt machine

[0091] 62: Discharge scraper

[0092] 70: Heat pump unit

[0093] 71: Heat circulation section

[0094] 710: Steam duct

[0095] 72: Cold Circulation Section

[0096] 720: Cold water pipe

[0097] 80: Spraying device

[0098] 81: Storage tank

[0099] 82: Water pump

[0100] 83: Spray pipe

[0101] 90: Screw discharge machine

Claims

1. A mobile box-type organic liquid bio-fermentation evaporation device, comprising: An organic liquid bio-fermentation mobile tank is provided, comprising an organic fermentation inner tank, a feeding port, an air outlet, and a discharging port. The air outlet is located on the top side of the mobile tank near the rear edge and is equipped with an exhaust device. The discharging port is located on the bottom side of the mobile tank near the rear edge. At least one vapor condensation and liquefaction recovery unit is provided, comprising several condenser plates, several water collection trays, several water collection pipes, and a U-shaped water collection trough. The condenser plates are interconnected and equipped with a condensate conduit. The U-shaped water collection trough is connected to a drain pipe at one end. The condenser plates are located on the top surface of the organic fermentation inner tank of the mobile tank, and the several water collection trays are respectively... Located below each condenser plate, and each water collection tray is connected to a water collection pipe, the end of which faces the U-shaped water collection trough; a feeding and circulating scraping group, equipped with an upper circulating conveyor belt, on which several feeding scrapers are spaced apart, wherein the feeding and circulating scraping group is located in the organic fermentation inner tank of the organic liquid biological fermentation mobile box, and is positioned below the steam condensation liquefaction and recovery group at intervals; a gas guiding and stirring group, which has several air inlet shafts spaced apart and staggered vertically, with an air inlet at one end of each air inlet shaft, and several stirring rods extending radially from each air inlet shaft, each stirring rod having a stirring blade fixed at a different angle at its end. The other end of each of the several intake shafts is provided with at least one toothed disc, which is driven by several chains. The toothed disc is driven by at least one motor. The air guiding and stirring group is located in the organic fermentation tank of the organic liquid biological fermentation mobile box and is positioned below the feeding circulation scraper group at intervals. A shaft tube flap assembly is provided, which includes several shaft tube flaps, several shaft seats, several linked rocker arms, a drive arm and a drive unit. The shaft tube flap has one shaft tube and two flaps, which are horizontally fixed to both sides of the shaft tube. The shaft tube has a closed end and an open end, and the shaft tube has several air outlet guide holes. The two sides of the shaft tube flap are pivotally mounted on the shaft seats, so that the shaft tube can rotate relative to the two shaft seats. The closed end of the shaft tube is divided into A series of rocker arms are pivotally connected to a drive arm, and the other end of the series of rocker arms is pivotally connected to a drive arm. The drive arm is then connected to a drive unit. When the drive unit is activated, it drives the drive arm and the series of rocker arms, causing the shaft tube of the shaft tube flap to rotate, thereby causing the horizontal flap to become vertical. The shaft tube flap assembly is located in the organic fermentation inner tank of the organic liquid biological fermentation mobile box and is positioned at intervals below the gas guiding and stirring assembly. A discharge circulation scraper assembly is provided with a lower circulation conveyor belt, and the conveyor belt of the lower circulation conveyor belt is provided with several discharge scrapers at intervals. The discharge circulation scraper assembly is located in the organic fermentation inner tank of the organic liquid biological fermentation mobile box and is positioned at intervals below the shaft tube flap assembly.And a heat pump device, the heat pump device having a hot circulation section and a cold circulation section, wherein the hot circulation section has at least one steam conduit and the cold circulation section has at least one cold water conduit, wherein the steam conduit is guided to the air inlet of the air inlet shaft of the gas guiding and stirring device and the open end of the shaft of the shaft of the shaft flap assembly, and the cold water conduit is guided to the condensate conduit of the condenser plate of the steam condensation liquefaction and recovery assembly.

2. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 1, wherein, The organic liquid bio-fermentation mobile tank is designed in geometric shapes such as rectangle, square, or circle.

3. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 1, wherein, The feeding port of the organic liquid bio-fermentation mobile box is located near the upper edge of the end side or near the front edge of the top side of the organic liquid bio-fermentation mobile box.

4. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 1, wherein, The condenser plates of this vapor condensation liquefaction recovery unit are arranged in an inverted V-shape, either horizontally or vertically.

5. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 1, wherein, The stirring rod of the gas-guiding and stirring assembly is provided with several stirring rod air holes. The stirring rod is connected to the air inlet shaft pipe, and the steam is introduced into the stirring rod through the air inlet shaft pipe and discharged through the stirring rod air holes.

6. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 1, wherein, A movable baffle can be installed at the front or rear of the bottom side of the organic fermentation tank, depending on the needs.

7. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 1, wherein, The air inlet of the air inlet shaft of the air-guiding and stirring assembly is further provided with a first one-way air inlet valve, and the opening end of the shaft tube of the shaft tube flap assembly is further provided with a second one-way air inlet valve.

8. The mobile box-type organic liquid bio-fermentation evaporator as described in any one of claims 1 to 7, wherein, The drive unit of the air guide flap assembly is a pneumatic cylinder or a hydraulic cylinder.

9. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 8, wherein, A microbial cultivation spraying device is further provided, which includes a microbial cultivation tank. The microbial cultivation tank is connected to a water pump and a spraying pipeline. The spraying pipeline is selectively located on the top or side of the organic fermentation tank of the organic liquid bio-fermentation mobile box. The water pump draws the microbial liquid from the microbial cultivation tank and sprays it out through the spraying pipeline. The microbial liquid spraying is carried out simultaneously with the aeration stirring group and the shaft tube flap group.

10. The mobile box-type organic liquid bio-fermentation evaporator as described in claim 9, wherein, A spraying device is further provided, which has a storage tank containing bacterial liquid or urine / fecal water. The storage tank is connected to a water pump and a spraying pipeline. The spraying pipeline is selectively located on the top or side of the organic fermentation tank of the organic liquid bio-fermentation mobile box. The water pump draws the bacterial liquid or urine / fecal water from the storage tank and sprays it out through the spraying pipeline. The spraying of the bacterial liquid is carried out simultaneously with the aeration stirring group and the shaft tube flap group.

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