CN108014594A - A kind of vehicle-mounted tub screw type adds Gauze filtering joint more to remove haze machine - Google Patents

Abstract

The invention discloses a vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine, which includes an air inlet, a residual flow return channel, a spiral centrifugal air separator, and a vehicle-mounted control studio. The channel is connected, the first flange plate is installed on the air inlet channel above the air inlet fan, the return pool is arranged under the centrifugal wind machine, the liquid pump is arranged inside the liquid filling port, and the vehicle-mounted control work A manual operation workbench is installed on the platform, and a filter separator is installed above the residual flow return channel. The vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine is connected to the bus to make it a movable structure, which improves the flexibility of use. An effective haze removal system mechanism has been established to ensure the normal operation of this main arterial traffic line without being affected by haze weather.

Description

A vehicle-mounted barrel-type spiral-type superimposed mesh-type multi-filter combined haze removal machine

technical field

The invention relates to the related technical field of traffic and road haze treatment, in particular to a vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine.

Background technique

Because haze and fog are often intertwined and mixed in the atmosphere, fog is generated in nature when the temperature and humidity reach a saturation critical point. In dense fog weather, there is often no wind or light wind. . In recent years, due to the double increase of waste gas emissions from the petrochemical industry, and there is no effective treatment method, the ecological balance has been destroyed. This harmful compound gas can be suspended in the low-altitude atmosphere for a long time by haze.

Smog is formed for about two months in a year. In my country, due to geographical location, such haze is often concentrated in the Beijing, Tianjin, and Hebei areas, and the area is vast and the damage is serious. Because smog dissociates in the low-altitude atmosphere, it brings great influence and harm to people's health and traffic travel. Due to the fineness of the particles and the vastness of the smog area, it is difficult for people to control it by some means.

After careful analysis and understanding, the patentee believes that it is only possible to reduce the degree of smog in a certain area from a local point of view. For example, an effective haze removal system mechanism should be established on the main traffic lines in areas with frequent occurrence and re-occurrence to ensure that the smog is reduced. The main arterial traffic lines can operate normally without being affected by the smog weather, which can also be called the "smog control engineering system".

Contents of the invention

The purpose of the present invention is to provide a vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine to solve the problem that it is difficult for people to use some means to control the haze due to the fineness of the particles and the vastness of the haze area. The problem.

In order to achieve the above object, the present invention provides the following technical solution: a vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine, including an air inlet, a residual flow return channel, a spiral centrifugal air separator and a vehicle-mounted control studio. The lower part of the air inlet is connected to the air inlet channel, and an air inlet fan is installed inside the air inlet channel, and a first flange is installed on the air inlet channel above the air inlet fan, and a liquid jet is installed under the air inlet channel. The left side of the liquid flow injection port is connected to the liquid flow delivery pipe, and the bottom end of the liquid flow delivery pipe is connected to the liquid pump. A centrifugal wind machine is installed in the middle of the spiral centrifugal air separator, and the liquid flow injection port A centrifugal wind machine is installed below, and a return pool is set under the centrifugal wind machine, and a sewage switch is set at the bottom of the back flow pool. A liquid port, a vehicle-mounted control workbench is installed in the vehicle-mounted control workroom, and a liquid filling port is arranged under the vehicle-mounted control workroom, a liquid pump is arranged inside the bottom of the vehicle-mounted control workbench, and a manual Operating workbench, the left side of the on-board control studio is connected to the engineering vehicle, and a warning light is installed on the top of the engineering vehicle, a filter separator is installed above the residual flow return channel, and a residual flow return channel is installed on the right side of the return pool , the upper left side of the filter separator is connected to the spiral centrifugal air separator through a connecting channel, a seepage recovery channel is installed on the filter separator, and a high-pressure exhaust fan is installed above the filter separator, and the high-pressure exhaust fan is installed above the filter separator. The top of the exhaust fan is connected with the exhaust port through the second flange.

Preferably, the outer diameter of the air inlet is larger than the inner diameter.

Preferably, both the first flange and the second flange are arranged in a 180° horizontal rotation structure.

Preferably, the liquid jet outlet is set in a coarse mist structure.

Preferably, the reflux tank is configured as a funnel structure.

Preferably, the height of the left end of the residual flow return channel is lower than that of the right end.

Preferably, both the filter separator and the permeate recovery channel are configured as a multi-layered structure, and the permeate recovery channel is configured as a structure with low ends and a high middle part.

Preferably, the outer diameter of the air outlet is smaller than the inner diameter.

Compared with the prior art, the beneficial effect of the present invention is: the vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine is connected with the bus, so that it is set as a movable structure, which improves the efficiency of use. Flexibility. An effective haze removal system mechanism has been established on the main traffic line in the area with frequent and re-occurring events to ensure that this main arterial traffic line can operate normally without being affected by the haze weather. The water separation method minimizes the smog that affects the traffic road conditions in the natural environment by setting up multiple engineering vehicles, so that the vehicles can pass normally.

Description of drawings

Fig. 1 is a structural representation of the present invention;

In the figure: 1. Air inlet, 2. First flange, 3. Inlet fan, 4. Air inlet channel, 5. Liquid flow injection port, 6. Liquid flow delivery pipe, 7. Centrifugal wind machine, 8. Manual Operation table, 9. Warning light, 10. Engineering vehicle, 11. Liquid pump, 12. Liquid flow compensation port, 13. Sewage switch, 14. Liquid filling port, 15. Return pool, 16. Residual return flow channel, 17 . Connecting channel, 18. Spiral centrifugal air separator, 19. Filter separator, 20. High-pressure exhaust fan, 21. Second flange, 22. Air exhaust port, 23. Seepage recovery channel, 24. Vehicle-mounted control Workbench, 25, on-board control studio.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Please refer to Fig. 1, the present invention provides a technical solution: a vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine, including an air inlet 1, a first flange 2, an air inlet 3, and an air inlet channel 4. Liquid flow injection port 5, liquid flow delivery pipe 6, centrifugal wind machine 7, manual operation table 8, warning light 9, engineering vehicle 10, liquid pump 11, liquid flow compensation port 12, sewage switch 13, liquid filling port 14. Return pool 15, residual flow return channel 16, connecting channel 17, spiral centrifugal air separator 18, filter separator 19, high-pressure exhaust fan 20, second flange 21, air outlet 22, seepage recovery channel 23. The vehicle-mounted control workbench 24 and the vehicle-mounted control studio 25, the lower part of the air inlet 1 is connected with the air inlet channel 4, and the inside of the air inlet channel 4 is installed with an air inlet fan 3, the diameter of the outer port of the air inlet 1 is larger than the inner diameter, and the air inlet The smaller inner diameter of the air port 1 is beneficial to increase the wind speed, speed up the air flow speed, and improve the efficiency of purifying the air. The first flange 2 is installed on the air inlet channel 4 above the air inlet fan 3, and the inside of the air inlet channel 4 A liquid flow injection port 5 is installed below, the left side of the liquid flow injection port 5 is connected with the liquid flow delivery pipe 6, and the bottom end of the liquid flow delivery pipe 6 is connected with the liquid pump 11, and the middle part of the spiral centrifugal air separator 18 is equipped with a centrifugal A wind turbine 7, and a centrifugal wind turbine 7 is installed below the liquid flow injection port 5, and the liquid flow injection port 5 is set as a thick mist-like structure, which can increase the range where the air is sprayed, thereby improving the spraying of smog particles. The probability of liquid, a return pool 15 is provided under the centrifugal wind turbine 7, and a blowdown switch 13 is provided at the bottom of the return pool 15. Liquid port 14, vehicle-mounted control workbench 24 is installed in the vehicle-mounted control studio 25, and the bottom of the vehicle-mounted control studio 25 is provided with a liquid filling port 14, and a liquid pump 11 is arranged inside the bottom of the liquid filling port 14. On the vehicle-mounted control workbench 24 A manual operation workbench 8 is installed, the left side of the vehicle-mounted control studio 25 is connected with the engineering vehicle 10, and a warning light 9 is installed on the top of the engineering vehicle 10, a filter separator 19 is installed above the residual flow return channel 16, and the return flow pool 15 The right side is provided with residual flow return channel 16, and the return flow pool 15 is set as a funnel structure, which is beneficial to the sewage being affected by the landslide and flows to the lower part of the middle, which is convenient for sewage discharge. The height of the left end of the residual flow return channel 16 is lower than the right end, so that the residual flow The return channel 16 forms a height difference, which is convenient for liquid to flow into the return pool 15. The upper left side of the filter separator 19 is connected with the spiral centrifugal air separator 18 through the connection channel 17. The filter separator 19 is equipped with a seepage recovery channel 23, and the filter A high-pressure exhaust fan 20 is installed above the separator 19, and the filter separator 19 and the seepage recovery channel 23 are both set to a stacked multi-layer structure, and the seepage recovery channel 23 is set to a low-middle high structure at both ends, and is set to a stacked structure. The net-type multi-layer structure is conducive to improving the purification effect. At the same time, the seepage recovery channel 23 is set to have a low middle part and a high structure at both ends to facilitate the flow of sewage to the residual flow return channel 16 below, and the high-pressure exhaust air The top of the machine 20 is connected to the air outlet 22 through the second flange 21, and the first flange 2 and the second flange 21 are both set to a 180° horizontal rotation structure, which is convenient to adjust the air inlet 1 according to the wind direction. direction, so as to ensure the inhalation of smog, the diameter of the outer port of the air outlet 22 is smaller than the inner diameter, and the smaller diameter of the outer side of the air outlet 22 is conducive to improving the speed of the purified air, speeding up the air flow rate, and improving the efficiency of the purified air. efficiency.

Working principle: Before using the vehicle-mounted barrel-type spiral-type multi-filter combined haze removal machine, it is necessary to have a simple structural understanding of the entire haze removal machine. The entire processing process can generally be divided into two parts. First, The staff enters the vehicle-mounted control studio 25, turns on the power supply through the manual operation workbench 8, and then adjusts the orientation of the air inlet 1 and the air outlet 22. The haze gas is sucked into the air inlet channel 4 through the inlet fan 3, and then passed through The wind turbine 7 presses the smog gas into the spiral centrifugal air separator 18 for purification and separation, and continuously sprays liquid containing various compounds from the liquid injection port 5 to humidify the gas, and the tiny particles bear a heavy load and hit the hard surface on the annular channel. The sponge body achieves the function of adsorption and separation. Due to continuous humidification, the particulate impurities adsorbed on the sponge body continuously flow into the reflux pool 15, circulate into the filter separator 19 through the connecting channel 17, and are separated and purified layer by layer through the filter separator 19. At the same time, the liquid flows into the return pool 15 through the seepage recovery channel 23 , and finally, under the action of the high-pressure exhaust fan 20 , the purified air is discharged back into the atmosphere from the air outlet 22 .

Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art can still modify the technical solutions described in the aforementioned embodiments, or perform equivalent replacements for some of the technical features. Within the spirit and principles of the present invention, any modifications, equivalent replacements, improvements, etc., shall be included in the protection scope of the present invention.

Claims (8)

1. A vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine, including an air inlet (1), a residual flow return channel (16), a spiral centrifugal air separator (18) and a vehicle-mounted control studio (25 ), characterized in that: the lower part of the air inlet (1) is connected to the air inlet channel (4), and the air inlet channel (4) is installed with an air inlet fan (3), and the air inlet fan (3) above the air inlet fan (3) A first flange (2) is installed on the air passage (4), and a liquid flow injection port (5) is installed under the inside of the air inlet passage (4), and the left side of the liquid flow injection port (5) is in contact with the liquid flow The conveying pipes (6) are connected, and the bottom end of the liquid flow conveying pipe (6) is connected with the liquid pump (11), and a centrifugal wind machine (7) is installed in the middle of the spiral centrifugal air separator (18), and the liquid flow A centrifugal wind machine (7) is installed under the injection port (5), and a return pool (15) is arranged under the centrifugal wind machine (7), and a blowdown switch (13) is arranged at the bottom of the return pool (15). A liquid flow compensation port (12) is provided on the left side of the pool (15), and a liquid filling port (14) is provided on the left side of the liquid flow compensation port (12). platform (24), and a liquid filling port (14) is provided under the vehicle control working room (25), and a liquid pump (11) is arranged inside the liquid filling port (14), and the vehicle control workbench (24) A manual operation workbench (8) is installed on it, the left side of the on-board control studio (25) is connected to the engineering vehicle (10), and a warning light (9) is installed on the top of the engineering vehicle (10), and the residual current A filter separator (19) is installed above the reflux channel (16), and a residual reflux channel (16) is provided on the right side of the reflux tank (15). The spiral centrifugal air separator (18) is connected, the seepage recovery channel (23) is installed on the filter separator (19), and a high-pressure exhaust fan (20) is installed above the filter separator (19). The top of the high-pressure exhaust fan (20) is connected with the air outlet (22) through the second flange (21). 2. A vehicle-mounted barrel-type spiral-type superimposed mesh-type multi-filter combined haze removal machine according to claim 1, characterized in that: the diameter of the outer port of the air inlet (1) is larger than the inner diameter. 3. A vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine according to claim 1, characterized in that: the first flange (2) and the second flange (21) are both It is set as a 180° horizontal rotating structure. 4. A vehicle-mounted barrel-type spiral-type superimposed mesh-type multi-filter combined haze removal machine according to claim 1, characterized in that: the liquid flow injection port (5) is set in a coarse mist-like structure. 5. A vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine according to claim 1, characterized in that: the return pool (15) is set as a funnel structure. 6. A vehicle-mounted barrel-type spiral-type superimposed mesh-type multi-filter combined haze removal machine according to claim 1, characterized in that: the height of the left end of the residual flow backflow channel (16) is lower than that of the right end. 7. A vehicle-mounted barrel-type spiral-type superimposed net-type multi-filter combined haze removal machine according to claim 1, characterized in that: the filter separator (19) and the seepage recovery channel (23) are both set as A multi-layer structure of stacked net type, and the seepage recovery channel (23) is set as a structure with low ends and a high middle part. 8. A vehicle-mounted barrel-type spiral-type superimposed mesh-type multi-filter combined haze removal machine according to claim 1, characterized in that: the diameter of the outer port of the exhaust port (22) is smaller than the inner diameter.