CN117840105A - A fully automatic electrostatic oil fume purifier electric field cleaning device and use method - Google Patents

Abstract

The invention relates to an electric field cleaning device of a full-automatic electrostatic oil smoke purifier and a using method thereof, the electric field cleaning device comprises a feeding area, a soaking area and a flushing area, wherein the front part of the feeding area is a placing platform, the rear part of the feeding area is adjacent to the soaking area, the soaking area is a sunken soaking tank, a conveying device is arranged in the soaking tank to fully soak goods in the soaking tank, the rear part of the soaking tank is a flushing area, the flushing area consists of a high-pressure flushing head and a conveying belt, the high-pressure flushing head is arranged above the conveying belt, and a waste water collecting tank is arranged below the high-pressure flushing head. The invention has the advantages of simple structure, practicality, convenience, capability of well cleaning the electric field of the oil smoke purifier, high efficiency, good cleaning effect and the like.

Description

A fully automatic electrostatic oil fume purifier electric field cleaning device and use method

Technical Field

The invention belongs to the technical field of oil fume purification, and in particular relates to an electric field cleaning device for a fully automatic electrostatic oil fume purifier and a use method thereof.

Background technique

When the oil fume purifier has been used for a long time, the electric field needs to be cleaned to avoid oil fume dust sticking to the electric field after long-term use. Generally, the electric field is first placed in a conveyor pulley, and then the oil fume purifier electric field moving on the conveyor pulley is cleaned by immersion or spraying. However, this method has the following problems. First, after the conveyor pulley has transmitted the electric field for a long time, the oil stains on the electric field are easy to adhere to the conveyor pulley, affecting its normal use. The belt conveyor pulley needs to be replaced and cleaned frequently, which increases the later use cost. Second, the existing cleaning method is generally operated manually, such as first manually placing the electric field into a soaking tank for soaking, and then taking out the electric field by manual observation and calculation of the soaking time. The whole process is time-consuming and labor-intensive, inefficient and has general cleaning effect. For this reason, a fully automatic electrostatic oil fume purifier electric field cleaning device and a method of use are designed to overcome the above problems.

Summary of the invention

The purpose of the present invention is to overcome the shortcomings of the prior art and to provide a fully automatic electrostatic oil fume purifier electric field cleaning device which has a simple structure, is practical and convenient, can effectively clean the electric field of the oil fume purifier, has high efficiency and good cleaning effect. The present invention can effectively remove the oil fume dust adhered to the electric field for a long time, which not only ensures the normal use of the electric field after cleaning, but also improves its service life.

The present invention is achieved through the following technical scheme: a fully automatic electrostatic oil fume purifier electric field cleaning device, which includes a loading area, a soaking area, and a flushing area. The front of the loading area is a placement platform, and the rear is adjacent to the soaking area. The soaking area is a recessed soaking pool. A conveying device is installed in the soaking pool to allow the goods to be fully soaked in the soaking pool. The rear of the soaking pool is the flushing area, which consists of a high-pressure flushing head and a conveyor belt. The high-pressure flushing head is installed above the conveyor belt, and a wastewater collection pool is opened below it.

Preferably, the loading area is composed of multiple rollers and a cleaning pool arranged below the rollers, wherein a roller is also arranged in the middle position of the cleaning pool, and belts are mounted on the rollers at the two upper ends and the rollers in the cleaning pool below to form a triangular conveyor belt, and the end of the conveyor belt is close to the immersion area.

Preferably: the soaking area is a sunken soaking pool, the depth of which is greater than that of the cleaning pool, and a plurality of rollers are installed at the bottom of the soaking pool, wherein the middle part of the rollers is covered with belts to form a transport soaking track, and elevators are installed on both sides of the rollers at the front and rear ends, and the tops of the elevators on both sides are connected by a connecting shaft, which is located exactly in the gap between the two adjacent rollers below, the height of the rear elevator is higher than that of the front elevator, and the top connecting shaft is in a gradually decreasing structure after connection, and a folding baffle is installed on the lowest connecting shaft, which faces the flushing area and forms a 150° bend with the flushing area. When the folding baffle is opened, the electric field of the oil fume purifier slides into the flushing area by natural falling.

Preferably: the flushing area is composed of multiple flushing nozzles installed on the top and a conveying track, and multiple wastewater collection tanks are opened under the conveying track. A circulation pump is installed on the wastewater collection tank, so that the flushing water can be reused, and a water treatment purifier is connected outside the wastewater collection tank to allow the water to be reused after purification. Baffles are installed on both sides of the conveying track, and multiple through holes are opened on the bottom surface of the conveying track to facilitate water to fall into the wastewater collection tank below.

Preferably: the wastewater collection tank consists of a circulation collection tank and a tap water collection tank, the two tank bodies are arranged closely together, and corresponding flushing nozzles are installed above them, wherein the flushing nozzle above the tap water collection tank is connected to an external water source, the circulation pump in the tap water collection tank is connected to the nozzle above the circulation collection tank, the circulation pump on the circulation collection tank is also connected to the nozzle above the circulation tank, and a water treatment purifier is also connected outside the circulation collection tank, and the clean water pipe of the water treatment purifier is connected to the tap water collection tank or the nozzle above the tap water collection tank for circulating use.

Preferably, the water treatment purifier is also connected to a soaking tank and a cleaning tank, so that the water in the soaking tank and the cleaning tank is filtered, and the soaking tank and the cleaning tank are also connected to an alkali solution tank.

A method for using a fully automatic electrostatic oil fume purifier electric field cleaning device, the method comprising the following steps:

1) Automatic loading:

The fume purifier electric field is manually transported to the upper area for transmission, and the belt is transmitted from one end to the other end, and then transferred to the cleaning pool through the roller at the bottom for cleaning, and then transported again after cleaning;

2) Soaking in the soaking area:

The oil fume purification electric field is automatically fed to the feeding machine in the soaking area and waits for lifting. After lifting to the bottom, it is transferred through rollers. The middle belt can fix the length of the roller according to the soaking time, or adjust the speed of the roller to adjust the soaking time. When the entire oil fume purification electric field passes through the roller at the bottom of the soaking tank, it enters the rear elevator for lifting;

3) Washing area:

It is lifted by the elevator at the rear, and a folding baffle is set on the end roller of the rear elevator. When the baffle is folded down, the oil fume purification electric field slides onto the transport track of the rear flushing area, waiting for flushing by the nozzle. After flushing, it enters natural drying or wind blowing.

As a preference: the flushing method of the flushing area is as follows:

1. Circulating water flushing area: The oil fume purification electric field first passes through the circulating water flushing area and is flushed through the nozzle above. The water after flushing is recovered through the circulating recovery pool below. The recovered water can be flushed again through the circulating pump, or it can be purified through the external water treatment purifier;

2. Tap water flushing area: The oil fume purification electric field treated in the circulating water flushing area is flushed in the tap water flushing area to make it cleaner. The water after flushing is collected by the tap water collection pool below. After collection, the water is sent to the nozzle above the circulating flushing area through the circulating pump for reuse;

3. The water treated by the water treatment purifier can be transferred to the tap water nozzle or tap water collection pool for recycling, and the water treatment purifier can also treat the wastewater in the soaking pool and cleaning pool.

Preferably, the pH value in the cleaning pool is 7.5.

Preferably, the pH value in the soaking pool is 11.5.

Compared with the prior art, the present invention has the following beneficial effects:

The fully automatic electrostatic oil fume purifier electric field cleaning device and use method designed by the present invention can perform multiple cleanings on the electric field through the designed self-cleaning automatic loading area, soaking area and rear flushing area, and can well clean the electric field of the oil fume purifier, thereby effectively removing the oil fume dust adhered to the electric field after long-term use, which not only ensures the normal use of the electric field after cleaning, but also increases its service life.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a schematic structural diagram of the present invention.

Detailed ways

In order to enable those skilled in the art to more clearly understand the objectives, technical solutions and advantages of the present invention, the present invention is further described below in conjunction with the accompanying drawings and embodiments.

In the description of the present invention, it is necessary to understand that the orientation or position relationship indicated by the terms such as "up", "down", "left", "right", "inside", "outside", "horizontal" and "vertical" is based on the orientation or position relationship shown in the accompanying drawings, and is only for the convenience of describing the present invention, rather than indicating or implying that the device or original referred to must have a specific orientation, and therefore cannot be understood as a limitation on the present invention.

The present invention will be described in detail below in conjunction with the accompanying drawings: As shown in Figure 1, a fully automatic electrostatic oil fume purifier electric field cleaning device comprises a loading area 1, a soaking area 2, and a flushing area 3. The front of the loading area 1 is a placement platform 4, and the rear is adjacent to the soaking area 2. The soaking area 2 is a recessed soaking pool 5. A conveying device is installed in the soaking pool 5 to allow the goods to be fully soaked in the soaking pool. The rear of the soaking pool 5 is the flushing area 3, which is composed of a high-pressure flushing head 6 and a conveyor belt 7. The high-pressure flushing head 6 is installed above the conveyor belt 7, and a wastewater collection pool 8 is opened below it.

The present invention is designed with a self-cleaning automatic loading area, a soaking area and a rear flushing area. Multiple cleanings of the electric field can effectively clean the electric field of the oil fume purifier, thereby effectively removing the oil fume and dust adhering to the electric field after long-term use, which not only ensures the normal use of the electric field after cleaning, but also increases its service life. In addition, a wastewater collection pool is provided, and the whole process is more environmentally friendly and safe.

The loading area 1 is composed of multiple rollers 9 and a cleaning pool 10 arranged below the rollers 9, wherein a roller is also arranged in the middle position of the cleaning pool 10, and the rollers at the two upper ends and the rollers in the cleaning pool below are covered with belts 11 to form a triangular conveyor belt, and the end of the conveyor belt is close to the immersion area 2.

The soaking area 2 is a sunken soaking pool 5, the depth of which is greater than that of the cleaning pool 10. A plurality of rollers are installed at the bottom of the soaking pool 5, wherein a belt is mounted on the middle part of the rollers to form a transport soaking track. Elevators 12 are installed on both sides of the rollers at the front and rear ends, and the tops of the elevators 12 on both sides are connected by a connecting shaft 13, which is located exactly in the gap between the two adjacent rollers below. The height of the rear elevator is higher than that of the front elevator, and the connecting shaft 13 at the top is connected to form a gradually decreasing structure, and a folding baffle 14 is installed on the lowest connecting shaft 13, which faces the flushing area 3 and forms a 150° bend with the flushing area 3. When the folding baffle 14 is opened, the electric field of the oil fume purifier slides into the flushing area 3 by natural falling.

The flushing area 3 is composed of a plurality of flushing nozzles 15 installed on the top and a conveying track 16. A plurality of wastewater collecting tanks 8 are provided below the conveying track 16. A circulating pump 17 is installed on the wastewater collecting tank 8 so that the flushing water can be reused. A water treatment purifier 21 is connected to the outside of the wastewater collecting tank 8 so that the water can be reused after purification. Baffles 22 are installed on both sides of the conveying track 16, and a plurality of through holes 23 are provided on the bottom surface of the conveying track 16 to facilitate water to fall into the wastewater collecting tank 8 at the bottom.

The wastewater collection tank 8 is composed of a circulation collection tank 18 and a tap water collection tank 19. The two tank bodies are arranged closely together, and corresponding flushing nozzles 15 are installed above them. The flushing nozzle 15 above the tap water collection tank is connected to an external water source (not shown in the figure), and the circulation pump in the tap water collection tank 19 is connected to the nozzle above the circulation collection tank 18. The circulation pump on the circulation collection tank 18 is also connected to the nozzle above the circulation tank, and a water treatment purifier 21 is also connected to the outside of the circulation collection tank 18. The clean water pipe of the water treatment purifier 21 is connected to the tap water collection tank 18 or the flushing nozzle 15 above the tap water collection tank 19 for circulating use.

The water treatment purifier 21 is also connected to the soaking pool 5 and the cleaning pool 10 to filter the water in the soaking pool 5 and the cleaning pool 10 , and the soaking pool 5 and the cleaning pool 10 are also connected to the alkali solution tank 20 .

A method for using a fully automatic electrostatic oil fume purifier electric field cleaning device, the method comprising the following steps:

1) Automatic loading:

The fume purifier electric field is manually transported to the upper area for transmission, and the belt is transmitted from one end to the other end, and then transferred to the cleaning pool through the roller at the bottom for cleaning, and then transported again after cleaning;

2) Soaking in the soaking area:

The oil fume purification electric field is automatically fed to the feeding machine in the soaking area and waits for lifting. After lifting to the bottom, it is transferred through rollers. The middle belt can fix the length of the roller according to the soaking time, or adjust the speed of the roller to adjust the soaking time. When the entire oil fume purification electric field passes through the roller at the bottom of the soaking tank, it enters the rear elevator for lifting;

3) Washing area:

It is lifted by the elevator at the rear, and a folding baffle is set on the end roller of the rear elevator. When the baffle is folded down, the oil fume purification electric field slides onto the transport track of the rear flushing area, waiting for flushing by the nozzle. After flushing, it enters natural drying or wind blowing.

The flushing method of the flushing area is as follows:

1. Circulating water flushing area: The oil fume purification electric field first passes through the circulating water flushing area and is flushed through the nozzle above. The water after flushing is recovered through the circulating recovery pool below. The recovered water can be flushed again through the circulating pump, or it can be purified through the external water treatment purifier;

2. Tap water flushing area: The oil fume purification electric field treated in the circulating water flushing area is flushed in the tap water flushing area to make it cleaner. The water after flushing is collected by the tap water collection pool below. After collection, the water is sent to the nozzle above the circulating flushing area through the circulating pump for reuse;

3. The water treated by the water treatment purifier can be transferred to the tap water nozzle or tap water collection pool for recycling, and the water treatment purifier can also treat the wastewater in the soaking pool and cleaning pool.

The pH value in the cleaning pool is 7.5.

The pH value in the soaking pool is 11.5.

The specific embodiments described herein are merely illustrative of the principles and effects of the present invention and are not intended to limit the present invention. Anyone familiar with the art may modify or alter the above embodiments without departing from the spirit and scope of the present invention. Therefore, all equivalent modifications or alterations made by a person of ordinary skill in the art without departing from the spirit and technical ideas disclosed by the present invention shall still be covered by the claims of the present invention.

Claims (10)

1. A fully automatic electrostatic oil fume purifier electric field cleaning device, which includes a feeding area, a soaking area, and a flushing area, characterized in that: the front of the feeding area is a placement platform, and the rear is adjacent to the soaking area, the soaking area is a concave soaking pool, and a conveying device is installed in the soaking pool to allow the goods to be fully soaked in the soaking pool. The rear of the soaking pool is the flushing area, which consists of a high-pressure flushing head and a conveyor belt. The high-pressure flushing head is installed above the conveyor belt, and a wastewater collection pool is opened below it. 2. According to claim 1, the fully automatic electrostatic oil fume purifier electric field cleaning device is characterized in that: the loading area is composed of multiple rollers and a cleaning pool arranged below the rollers, wherein a roller is also arranged in the middle position of the cleaning pool, and the rollers at the two upper ends and the rollers in the lower cleaning pool are covered with belts to form a triangular conveyor belt, and the end of the conveyor belt is close to the immersion area. 3. The fully automatic electrostatic oil fume purifier electric field cleaning device according to claim 2 is characterized in that: the immersion area is a recessed immersion pool, the depth of the immersion pool is greater than the cleaning pool, and a plurality of rollers are installed at the bottom of the immersion pool, wherein the middle part of the rollers is covered with a belt to form a transport immersion track, and elevators are installed on both sides of the rollers at the front and rear ends, and the tops of the elevators on both sides are connected by a connecting shaft, which is located exactly in the gap between the two adjacent rollers below, the height of the rear elevator is higher than the height of the front elevator, and the top connecting shaft is a gradually decreasing structure after connection, and a folding baffle is installed on the lowest connecting shaft, which is opposite to the flushing area and forms a 150° bend with the flushing area. When the folding baffle is opened, the oil fume purifier electric field slides into the flushing area by natural falling. 4. The fully automatic electrostatic oil fume purifier electric field cleaning device according to claim 3 is characterized in that: the flushing area is composed of multiple flushing nozzles installed on the top and a conveying track, and multiple wastewater collection pools are opened under the conveying track. A circulating pump is installed on the wastewater collection pool, so that the flushing water can be reused, and a water treatment purifier is connected outside the wastewater collection pool to allow the water to be reused after purification. Baffles are installed on both sides of the conveying track, and multiple through holes are opened on the bottom surface of the conveying track to facilitate water to fall into the wastewater collection pool at the bottom. 5. The fully automatic electrostatic oil fume purifier electric field cleaning device according to claim 3 is characterized in that: the wastewater collection tank is composed of a circulation collection tank and a tap water collection tank, the two tank bodies are arranged closely together, and corresponding flushing nozzles are installed above them, wherein the flushing nozzle above the tap water collection tank is connected to an external water source, the circulation pump in the tap water collection tank is connected to the nozzle above the circulation collection tank, the circulation pump on the circulation collection tank is also connected to the nozzle above the circulation tank, and a water treatment purifier is also connected outside the circulation collection tank, and the clean water pipe of the water treatment purifier is connected to the tap water collection tank or the nozzle above the tap water collection tank for circulating use. 6. The fully automatic electrostatic oil fume purifier electric field cleaning device according to claim 2 is characterized in that: the water treatment purifier is also connected to a soaking tank and a cleaning tank to filter the water in the soaking tank and the cleaning tank, and the soaking tank and the cleaning tank are also connected to an alkali liquid tank. 7. A method for using the fully automatic electrostatic oil fume purifier electric field cleaning device according to claims 1-6, characterized in that the method comprises the following steps: 1) Automatic loading: The fume purifier electric field is manually transported to the upper area for transmission, and the belt is transmitted from one end to the other end, and then transferred to the cleaning pool through the roller at the bottom for cleaning, and then transported again after cleaning; 2) Soaking in the soaking area: The oil fume purification electric field is automatically fed to the feeding machine in the soaking area and waits for lifting. After lifting to the bottom, it is transferred through rollers. The middle belt can fix the length of the roller according to the soaking time, or adjust the speed of the roller to adjust the soaking time. When the entire oil fume purification electric field passes through the roller at the bottom of the soaking tank, it enters the rear elevator for lifting; 3) Washing area: It is lifted by the elevator at the rear, and a folding baffle is set on the end roller of the rear elevator. When the baffle is folded down, the oil fume purification electric field slides onto the transport track of the rear flushing area, waiting for flushing by the nozzle. After flushing, it enters natural drying or wind blowing. 8. The method for using the fully automatic electrostatic oil fume purifier electric field cleaning device according to claim 7 is characterized in that: the flushing method of the flushing area is as follows: 1. Circulating water flushing area: The oil fume purification electric field first passes through the circulating water flushing area and is flushed through the nozzle above. The water after flushing is recovered through the circulating recovery pool below. The recovered water can be flushed again through the circulating pump, or it can be purified through the external water treatment purifier; 2. Tap water flushing area: The oil fume purification electric field treated in the circulating water flushing area is flushed in the tap water flushing area to make it cleaner. The water after flushing is collected by the tap water collection pool below. After collection, the water is sent to the nozzle above the circulating flushing area through the circulating pump for reuse; 3. The water treated by the water treatment purifier can be transferred to the tap water nozzle or tap water collection pool for recycling, and the water treatment purifier can also treat the wastewater in the soaking pool and cleaning pool. 9. The method for using the electric field cleaning device of the fully automatic electrostatic oil fume purifier according to claim 7, characterized in that the pH value in the cleaning pool is 7.5. 10. The method for using the electric field cleaning device of the fully automatic electrostatic oil fume purifier according to claim 7, characterized in that the pH value in the immersion tank is 11.5.