DE212020000166U1 - Air dust removal device - Google Patents

Abstract

Air dust removal device, characterized in that the air dust removal device comprises a dust removal frame (1), a first dust removal component (2) and a second dust removal component (3), a connecting piece (4) being attached to the upper end of the dust removal frame (1), whereby on the two side walls a cover flap (5) is arranged on each of the dedusting frame (1), the first dedusting component (2) being attached to one side of the lower end within the dedusting frame (1), the lower end of the first dedusting component (2) having a feed pipe ( 6), the second dedusting component (3) being attached to another side within the dedusting frame (1), the lower end of the second dedusting component (3) being connected to a discharge pipe (7), with one end of the discharge pipe ( 7) a first gas pump (8) is attached.

Description

TECHNICAL AREA

The utility model relates to the technical field of air cleaning devices, in particular to an air dust removal device.

STATE OF THE ART

Air purification refers to the general solution of sterilization and disinfection, dust reduction and haze removal, removal of harmful decoration residues and odors in various problems in the indoor environment, increasing and improving living and office conditions, improving physical and mental health, whereby the environmental pollution and the pollution sources in an indoor space mainly comprise radioactive gases, mold, particles, decoration residue, second-hand smoke and the like, and thus the room environment is poor, with a large amount of impurities contained in the gas in the room, so that a Purification of the gas using the air dust removal device is required, and the conventional dedusting devices as a whole are not very effective and cannot purify the gas in the air according to the steps, at the same time the whole tabsorption is poor and it is not possible to perform high-precision purification treatment of impurities in the air, which affects the overall purification effect.

However, the conventional dedusting devices have the disadvantage that the conventional dedusting devices are generally not very effective and cannot purify the gas in the air according to the stages, at the same time the overall absorption is poor and it is not possible to carry out a high-precision cleaning treatment of impurities in the Air, which affects the overall cleaning effect, so that different environments cannot be adapted and used accordingly.

CONTENTS OF THE PRESENT USED MODEL

It is an object of the present utility model to provide an air dust removal device which solves the following technical problems and the like: the conventional dust removal devices are generally not very effective and cannot purify the gas in the air according to the stages, while at the same time the overall absorption is poor and it is not possible to perform high-precision cleaning treatment of impurities in the air, which affects the overall cleaning effect.

In order to achieve the above-mentioned object, the present utility model provides the following technical solutions: an air dust removal device comprises a dust removal frame, a first dust removal component and a second dust removal component, a connecting piece being attached to the upper end of the dust removal frame, with the two side walls of the A cover flap is arranged in each case, the first dedusting component being attached to one side of the lower end within the dedusting frame, the lower end of the first dedusting component being connected to a supply pipe, the second dedusting component being attached to another side within the dedusting frame, wherein the lower end of the first dedusting component is connected to a discharge pipe, a first gas pump being attached to one end of the discharge pipe.

It is preferably provided that the end of the cover flap is latched to the dedusting frame, a sealing ring being attached to the contact position of the cover flap with the dedusting frame in order to ensure the tightness of the protective frame as a whole.

It is preferably provided that the first dedusting component comprises an adsorption chamber, a first filter screen, a second filter screen, several groups of positive electrode plates and several groups of negative electrode plates, the first adsorption chamber being attached to one side of the lower end within the dedusting frame, the adsorption chamber with the supply pipe, the first filter screen and the second filter screen being fitted on both sides within the adsorption chamber, the plural groups of positive electrode plates being mounted on one side within the adsorption chamber, the plural groups of negative electrode plates being mounted on another side within the adsorption chamber wherein the plurality of groups of the positive electrode plates and the negative electrode plates are each connected to an external power source, and wherein the plurality of groups of the positive electrode plates atten and the negative electrode plates are matched, wherein the gas can be subjected to an initial adsorption process through a first filter screen, and the gas is then electrically discharged through several groups of positive electrode plates to electrically charge the dust in the gas, then the Dust in the gas in a stable manner multiple groups of negative electrode plates can be adsorbed by the electrostatic attraction, and the adsorption of the dust can be realized.

It is preferably provided that the first filter screen and the second filter screen are attached parallel to one another, and the first filter screen and the second filter screen are adapted to lie against the inner wall of the adsorption chamber.

It is preferably provided that the second dedusting component each comprises a transport pipe, a treatment chamber, two groups of positioning pieces and two groups of adsorption plates, the treatment chamber being attached to one side within the dedusting frame, the transport pipe being attached to the upper end of the treatment chamber, and the transport tube communicating with the interior of the adsorption chamber, a second gas pump being attached to one end of the transport tube, the two groups of positioning pieces being attached on both sides within the treatment chamber, the two groups of adsorption plates being passed through the side wall of the treatment chamber and latched to the two groups of positioning pieces, the discharge pipe being connected to the interior of the treatment chamber, the adsorption plate using the two groups of positioning pieces en is limited and latched synchronously, with fine impurities and the like in the gas being re-adsorbed synchronously using the two groups of adsorption plates, and then the cleaned gas is transported through the exhaust pipe.

It is preferably provided that the two groups of positioning pieces are each concave overall, and the two groups of positioning pieces are connected to the two groups of adsorption plates so as to be latched.

1. (1) bei dem vorliegenden Gebrauchsmuster ist die erste Entstaubungskomponente vorgesehen, wobei eine Außenluft in die Adsorptionskammer durch das Zuleitungsrohr absorbiert wird, wobei das Gas einem anfänglichen Adsorptionsprozess durch ein erstes Filtersieb unterzogen werden kann, und das Gas anschließend durch mehrere Gruppen von positiven Elektrodenplatten elektrisch entladen wird, um den Staub in dem Gas elektrisch zu aufladen, wobei dann der Staub in dem Gas auf stabile Weise an den mehreren Gruppen von negativen Elektrodenplatten durch die elektrostatische Anziehung adsorbiert werden kann, wobei die Adsorption des Staubs realisiert werden kann, und der anfänglich adsorbierte Staub mittels des Transportrohres in das Innere der Behandlungskammer transportiert wird.
2. (2) bei dem vorliegenden Gebrauchsmuster ist die zweite Entstaubungskomponente vorgesehen, wobei die Adsorptionsplatte unter Verwendung der zwei Gruppen von Positionierungsstücken synchron begrenzt und verrastbar ist, wobei feine Verunreinigungen und dergleichen im Gas unter Verwendung der zwei Gruppen von Adsorptionsplatten synchron wieder adsorbiert sind, und anschließend das gereinigte Gas durch das Abgasrohr transportiert wird, um eine stabile Durchführung der Reinigung des gesamten Gases zu gewährleisten, wobei die Genauigkeit der Reinigung des gesamten Gases verbessert werden kann und die Nutzungsumgebung des Benutzers verbessert werden kann.

Beneficial effects are included:

1. (1) In the present utility model, the first dedusting component is provided, whereby an outside air is absorbed into the adsorption chamber through the supply pipe, wherein the gas can be subjected to an initial adsorption process through a first filter screen, and the gas then electrically through several groups of positive electrode plates is discharged to electrically charge the dust in the gas, and then the dust in the gas can be stably adsorbed on the plural groups of negative electrode plates by the electrostatic attraction, the adsorption of the dust can be realized, and initially adsorbed dust is transported into the interior of the treatment chamber by means of the transport tube.
2. (2) In the present utility model, the second dedusting component is provided, the adsorption plate being synchronously limited and lockable using the two groups of positioning pieces, fine impurities and the like in the gas being synchronously reabsorbed using the two groups of adsorption plates, and then the purified gas is transported through the exhaust pipe to ensure stable performance of the purification of the entire gas, the accuracy of purification of the entire gas can be improved and the usage environment of the user can be improved.

Figure list

• 1 Fig. 3 is a schematic representation of the overall structure of the present utility model;
• 2 Fig. 3 is a schematic representation of the internal structure of the dust collector frame of the present utility model;
• 3 a schematic representation of the structure of the first dedusting component of the present utility model;
• 4th FIG. 13 is an enlarged schematic diagram of the structure in the A in FIG 2 of the present utility model.

DETAILED DESCRIPTION

As in 1 to 4th As shown, the present utility model provides a technical solution: an air dust removing device comprises a dust removal frame 1 , a first dedusting component 2 and a second dedusting component 3 , being at the top of the dust collector frame 1 a connector 4th is attached, on the two side walls of the dust extraction frame 1 one cover flap each 5 is arranged, wherein the first dedusting component 2 on one side of the lower end inside the dust collector frame 1 is attached, the lower end of the first dedusting component 2 with a supply pipe 6th is connected, the second dedusting component 3 on another side within the dedusting frame 1 is attached, the lower end of the first dedusting component 3 with a discharge pipe 7th is connected, at one end of the discharge tube 7th a first gas pump 8th attached, where the first gas pump 8th is of the 220V high pressure vortex blower type.

In addition, the end of the cover flap 5 with the dust collector 1 is latchably connected, wherein at the contact position of the cover flap 5 with the dedusting frame 1 a sealing ring is attached to ensure the tightness of the protective frame 1 to ensure overall;
in addition, the first dedusting component 2 an adsorption chamber 9 , a first filter screen 10 , a second filter screen 11 , multiple groups of positive electrode plates 12th and several groups of negative electrode plates 13 comprises, wherein the first adsorption chamber 9 on one side of the lower end inside the dust collector frame 1 is attached, the adsorption chamber 9 with the supply pipe 6th is connected, the first filter screen 10 and the second filter screen 11 on both sides within the adsorption chamber 9 adapted to be mounted, the multiple groups of the positive electrode plates 12th on one side within the adsorption chamber 9 are attached, the multiple groups of the negative electrode plates 13 on another side within the adsorption chamber 9 are attached, the plural groups of the positive electrode plates 12th and the negative electrode plates 13 each connected to an external power source, and wherein the plurality of groups of the positive electrode plates 12th and the negative electrode plates 13 are adapted mounted, with an outside air in the adsorption chamber 9 through the supply pipe 6th is absorbed, with the gas undergoing an initial adsorption process through a first filter screen 10 can be subjected, and the gas then through several groups of positive electrode plates 12th is electrically discharged to electrically charge the dust in the gas, then the dust in the gas stably adheres to the plurality of groups of negative electrode plates 13 can be adsorbed by the electrostatic attraction, whereby the adsorption of the dust can be realized, and the initially adsorbed dust by means of the transport pipe 14th into the interior of the treatment chamber 15th is transported;
added that the first filter screen 10 and the second filter screen 11 are mounted parallel to each other, and wherein the first filter screen 10 and the second filter screen 11 on the inner wall of the adsorption chamber 9 are adjusted closely to ensure overall filtering accuracy;
in addition, the second dedusting component 3 is each a transport pipe 14th , a treatment chamber 15th , two groups of positioning pieces 16 and two groups of adsorbent plates 17th comprises, wherein the treatment chamber 15th on one side within the dedusting frame 1 is attached, the transport tube 14th at the top of the treatment chamber 15th is attached, and wherein the transport tube 14th with the interior of the adsorption chamber 9 is in communication, at one end of the transport tube 14th a second gas pump 18th is attached, the second gas pump 18th is of the 220V type high pressure swirl blower, with the two groups of positioning pieces 16 on both sides within the treatment chamber 15th are attached, the two groups of adsorption plates 17th through the side wall of the treatment chamber 15th passed through and to the two groups of positioning pieces 16 can be locked in place, the discharge tube 7th with the interior of the treatment chamber 15th is connected, the adsorption plate 17th using the two groups of positioning pieces 16 is synchronously limited and lockable, with fine impurities and the like in the gas using the two groups of adsorption plates 17th are synchronously re-adsorbed, and then the purified gas is transported through the exhaust pipe to ensure stable performance of the purification of the entire gas, the accuracy of purification of the entire gas can be improved and the usage environment of the user can be improved;
added that the two groups of positioning pieces 16 overall are each concave, and wherein the two groups of positioning pieces 16 with the two groups of adsorption plates 17th are latched so that the adsorption plates 17th can be stably limited.

Working principle: in use, the connector can 4th first the dust collector 1 quickly position and fasten, using the dust collector frame 1 can be installed in different positions, with the first dust removal component 2 is provided, with an outside air in the adsorption chamber 9 through the supply pipe 6th is absorbed, with the gas undergoing an initial adsorption process through a first filter screen 10 can be subjected, and the gas then through several groups of positive electrode plates 12th is electrically discharged to electrically charge the dust in the gas, then the dust in the gas stably adheres to the plurality of groups of negative electrode plates 13 can be adsorbed by the electrostatic attraction, whereby the adsorption of the dust can be realized, and the initially adsorbed dust by means of the transport pipe 14th into the interior of the treatment chamber 15th is transported, the second dedusting component 3 is provided, the adsorption plate 17th using the two groups of positioning pieces 16 is synchronously limited and latchable, with fine impurities and the like in the gas using the two groups of adsorption plates 17th are synchronously re-adsorbed, and then the purified gas is transported through the exhaust pipe to ensure stable performance of the purification of the entire gas, the accuracy of purification of the entire gas can be improved and the usage environment of the user can be improved, and wherein the cover flap 5 on both sides of the dust collector frame 1 the subsequent maintenance of the first dedusting component 2 and the second dedusting component 3 facilitated by the user to ensure a good cleaning effect of the entire device.

List of reference symbols

1

Dedusting frame

2

First dedusting component

3

Second dedusting component

4th

Connector

5

Cover flap

6th

Supply pipe

7th

Discharge pipe

8th

First gas pump

9

Adsorption chamber

10

First filter screen

11

Second filter screen

12

Positive electrode plate

13

Negative electrode plate

14th

Transport tube

15th

Treatment chamber

16

Positioning piece

17th

Adsorption plate

18th

Second gas pump

Claims (6)

Air dust removal device, characterized in that the air dust removal device comprises a dust removal frame (1), a first dust removal component (2) and a second dust removal component (3), a connecting piece (4) being attached to the upper end of the dust removal frame (1), whereby on the two side walls a cover flap (5) is arranged on each of the dedusting frame (1), the first dedusting component (2) being attached to one side of the lower end within the dedusting frame (1), the lower end of the first dedusting component (2) having a feed pipe ( 6), the second dedusting component (3) being attached to another side within the dedusting frame (1), the lower end of the second dedusting component (3) being connected to a discharge pipe (7), with one end of the discharge pipe ( 7) a first gas pump (8) is attached. Air dust removal device according to Claim 1 , characterized in that the end of the cover flap (5) is latched to the dust removal frame (1), a sealing ring being attached to the contact position of the cover flap (5) with the dust removal frame (1). Air dust removal device according to Claim 1 , characterized in that the first dedusting component (2) comprises an adsorption chamber (9), a first filter screen (10), a second filter screen (11), several groups of positive electrode plates (12) and several groups of negative electrode plates (13), the first adsorption chamber (9) is attached to one side of the lower end inside the dedusting frame (1), the adsorption chamber (9) being connected to the supply pipe (6), the first filter screen (10) and the second filter screen (11) on both sides inside the adsorption chamber (9) is matched, the plurality of groups of positive electrode plates (12) being attached to one side within the adsorption chamber (9), the plurality of groups of negative electrode plates (13) being attached to another side within the adsorption chamber (9) are attached, the plurality of groups of the positive electrode plates (12) and the negative electrode plates (13) each having an external S. power source is connected, and wherein the plurality of groups of the positive electrode plates (12) and the negative electrode plates (13) are matched mounted. Air dust removal device according to Claim 3 , characterized in that the first filter screen (10) and the second filter screen (11) are attached parallel to each other, and wherein the first filter screen (10) and the second filter screen (11) are adapted to lie against the inner wall of the adsorption chamber (9). Air dust removal device according to Claim 1 , characterized in that the second dedusting component (3) each comprises a transport pipe (14), a treatment chamber (15), two groups of positioning pieces (16) and two groups of adsorption plates (17), the treatment chamber (15) on one side is mounted inside the dedusting frame (1), wherein the transport tube (14) is attached to the upper end of the treatment chamber (15), and wherein the transport tube (14) is in communication with the interior of the adsorption chamber (9), at one end of the transport pipe (14) a second gas pump (18) is attached, the two groups of the positioning pieces (16) are attached on both sides within the treatment chamber (15), the two groups of the adsorption plates (17) passed through the side wall of the treatment chamber (15) and to the two groups of Positioning pieces (16) are fastened in a latchable manner, the discharge tube (7) being connected to the interior of the treatment chamber (15). Air dust removal device according to Claim 5 , characterized in that the two groups of positioning pieces (16) are each concave overall, and the two groups of positioning pieces (16) are connected to the two groups of adsorption plates (17) such that they can be locked.

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