CN209405919U - Environment-friendly cycle energy-saving dust remover in wet type - Google Patents

Abstract

The utility model provides environment-friendly cycle energy-saving dust remover in a kind of wet type, is related to polissoir technical field, and main purpose is the technical issues of dust for solving to generate when polishing machine existing in the prior art work can not be collected effectively, be removed.Environment-friendly cycle energy-saving dust remover in the wet type, including the shell with inner cavity, the bottom of the inner cavity is the region that is filled with water, and front is polishing area, and the top of the polishing area is equipped with the air supply device that air curtain can be formed at the polishing area；The rear portion of the inner cavity is exhausting region, is separated between the polishing area and the exhausting region using the partition being fixedly connected with the shell；There are the wind gaps that air feed passes through between the partition and the region that is filled with water；The exhausting overlying regions are equipped with opening, and the gas in the exhausting region is extracted out through the opening and sent out through the air supply device by blower.The utility model is for providing environment-friendly cycle energy-saving dust remover in a kind of wet type with preferable dust removing effects.

Description

Environment-friendly cycle energy-saving dust remover in wet type

Technical field

The utility model relates to polissoir technical fields, more particularly, to environment-friendly cycle energy-saving dedusting in a kind of wet type Device.

Background technique

Deduster also known as polishing dust catcher are polished, is to be widely used in casting, metallurgy, mine, building materials and refractory material etc. The dust-extraction unit in industry workshop (polishing departement).Currently on the market, deduster is mostly pipe dust removing blower, and pipeline is easy product Dirt, filter core or strap are easy blocking, and polishing machine cooperates the ineffective of deduster, it is difficult to remove a large amount of powder generated in operation Dirt.

In addition, in polishing grinding operation process, due to the presence of induced draft, dust meeting that polishing machine generates when working It flies upward everywhere, if the health of operator can be seriously endangered without safeguard procedures appropriate.In addition, when dust concentration is excessively high When, dust explosion easily occurs, there are serious security risks.

Traditional deduster can not solve the problems, such as that dust is flown upward everywhere.

Utility model content

The purpose of this utility model is to provide environment-friendly cycle energy-saving dust removers in wet type, to solve to exist in the prior art Polishing machine work when the dust that generates the technical issues of can not effectively collecting, removing.

To achieve the above object, the utility model provides following technical scheme:

The utility model provides environment-friendly cycle energy-saving dust remover in a kind of wet type, described including the shell with inner cavity The bottom of inner cavity is the region that is filled with water, and front is polishing area, and the top of the polishing area is equipped with can be at the polishing area Form the air supply device of air curtain；

The rear portion of the inner cavity is exhausting region, is used and the shell between the polishing area and the exhausting region The partition being fixedly connected separates；

There are the wind gaps that air feed passes through between the partition and the region that is filled with water；

The exhausting overlying regions are equipped with opening, and the gas in the exhausting region is extracted out and passed through through the opening by blower The air supply device is sent out.

Air supply device can form air curtain in the peripheral side of polishing area, which can be by the polished operation of polishing area The case where dust material of generation is limited in polishing area, avoids the occurrence of dust from flying；In addition, blower will be in exhausting region Gas extraction, dust flow at exhausting region under the action of blower through the wind gap below partition, and dust touches at this time It falls into the water behind the region that is filled with water of intracavity bottom, to realize dedusting, and the gas through blower suction is again by sending Wind apparatus is sent to polishing area side, to realize the purification to dust by the interior circulation of wind.

In the above-mentioned technical solutions, it is preferred that the deduster has further included water plate, and described water plate is located at the water-containing area The region that is filled with water simultaneously is divided into tank and the first filtering ponds by domain, and first filtering ponds are close to the polishing area；Institute State between water plate and the partition that there are gaps.

Close to polishing area, the dust overwhelming majority that polishing area generates is deposited in the first filtering ponds first filtering ponds, Two regions of tank and the first filtering ponds are divided into due to playing the water plate region that will be filled with water, along with the presence of partition, so that only There is few dust that can enter in exhausting region by wind gap, the first time of dust is filtered to realize, in addition, position Water in the first filtering ponds can not be also directly entered in tank.

In the above-mentioned technical solutions, it is preferred that the deduster further includes adjustable plate；Described adjustable plate one end and the partition It is fixedly connected, the other end is zigzag structure, and described water plate is the height height of arcuate structure and the close tank side In the height close to first filtering ponds side.

Since the bottom of adjustable plate is zigzag structure, when wind flows into exhausting region by the adjustable plate, can incite somebody to action Part water is brought into the air, and water and gas interact, and forms water mist, thus to it is in air, do not incorporate the dust in water and incorporate In water.

In the above-mentioned technical solutions, it is preferred that the exhausting region is located above the tank, in the exhausting region Equipped with steam separated structure.

The water mist of dust is speckled with after entering in exhausting region, is fallen into tank by the effect of steam separated structure.

In the above-mentioned technical solutions, it is preferred that the air supply device is the air hose being arranged around the polishing area peripheral side, Described air hose one end is connected with blower, and the other end is arranged around the polishing area and is equipped with the air pushing hole for forming air curtain.

In the above-mentioned technical solutions, it is preferred that the deduster further includes water circle device and the second filtering ponds, and described second Filtering ponds are located above first filtering ponds and are equipped with a dewatering outlet below second filtering ponds, and water is recycled in the water and filled Second filtering ponds are entered by the tank under the action of setting and are flowed into first filtering ponds through the dewatering outlet.

, can be to avoid the dust accretions of enclosure interior by carrying out circular treatment to water, while the water in the second filtering ponds The dust particles in dissolved air can be helped when flowing into the first filtering ponds, avoid the occurrence of serious dust situation.

In the above-mentioned technical solutions, it is preferred that the water circle device includes water pump and drenching installation.

It includes water pump and drenching installation that water circle device, which is arranged, wherein water pump is used to for the water in tank to be pumped to the In two filtering ponds, drenching installation is for enhancing water to the dissolved efficiency of air powder.

In the above-mentioned technical solutions, it is preferred that the drenching installation includes water distributing plate and baffle；

The water distributing plate is obliquely installed, and top is located at below second filtering ponds, and bottom end is located at the polishing area Lower section, and bottom end is equipped with gap, water flows into first filtering ponds through the gap；The baffle is located at the polishing area Lower section avoids the water flowed down through the water distributing plate from overflowing.

It is equipped with the water distributing plate of gap by one bottom end of setting, flows to the water at polishing area through the second filtering ponds and slits through this Mouth flows to the first filtering ponds, and due to the presence of baffle, water will not be flowed to outside the deduster.

In the above-mentioned technical solutions, it is preferred that first filtering ponds, second filtering ponds and the exhausting region are equal Equipped with filter device.

Exist due to having a small amount of dust in exhausting region, the first filtering ponds and the second filtering ponds, it is therefore desirable to Filter device is arranged in above-mentioned zone.

In the above-mentioned technical solutions, it is preferred that the quantity of the inner cavity is at least two.

In the above-mentioned technical solutions, it is preferred that the region that is filled with water in the inner cavity communicates.

Compared with the prior art, the utility model provides environment-friendly cycle energy-saving dust remover in a kind of wet type, the deduster It, can be in the case where realizing dust not flare, by dust under the action of blower including exhausting region, air supply device and blower It is flowed at exhausting region through the wind gap below partition, dust is touched at this time falls into behind the region that is filled with water of intracavity bottom In water, thus realize dedusting, and the gas aspirated through blower is sent to polishing area side again by air supply device, thus logical Cross purification of the interior ringing realization of wind to dust.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of environment-friendly cycle energy-saving dust remover in the utility model wet type；

Fig. 2 is the side sectional view of Fig. 1；

Fig. 3 is that the structural schematic diagram after side board is removed in Fig. 1；

Fig. 4 is the structural schematic diagram of water fog generator in the utility model；

Fig. 5 is the schematic diagram that environment-friendly cycle energy-saving dust remover apoplexy recycles in the utility model wet type；

Fig. 6 is the schematic diagram that water recycles in environment-friendly cycle energy-saving dust remover in the utility model wet type.

In figure: 1, be filled with water region；11, tank；12, the first filtering ponds；2, polishing area；3, air supply device；4, exhausting Region；41, steam separated structure；42, it is open；5, partition；51, wind gap；6, blower；7, water fog generator；71, water is played Plate；72, adjustable plate；721, rack gear；8, water circle device；81, water distributing plate；82, baffle；83, gap；9, the second filtering ponds.

Specific embodiment

Demand based on the prior art, the utility model proposes environment-friendly cycle energy-saving dust removers in a kind of wet type.

To keep the purpose of this utility model, technical solution and advantage clearer, below by the technology to the utility model Scheme is described in detail.Obviously, the described embodiments are only a part of the embodiments of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not before making creative work Obtained all other embodiment is put, the range that the utility model is protected is belonged to.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise " be based on attached orientation or positional relationship shown in FIG. 1, be only for Convenient for description the utility model and simplify description, rather than the equipment of indication or suggestion meaning or element must have specifically Orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.

Attached drawing 1 is the structural schematic diagram of environment-friendly cycle energy-saving dust remover in the utility model wet type；It can be seen from the figure that The deduster is the shell-like structure for having inner cavity, and wherein polishing area is located at the outer side of deduster, and air supply device is located at Above polishing area, consequently facilitating forming air curtain in polishing area peripheral side, remaining structure is respectively positioned on inside deduster；In addition, Deduster side wall is equipped with access hole, can avoid being melted into water by checking tank and the first filtering ponds at this Dust it is excessive, influence efficiency of dust collection.

Attached drawing 2 is the side sectional view of Fig. 1；As can be seen from the figure tank, the first filtering ponds, polishing area and pumping The mutual positional relationship in the different operation area in four, wind region, from figure 2 it can be seen that exhausting region is located at tank Partition the same side, the first filtering ponds and polishing area are located at the other side of partition, and the dust that polishing area generates is through air supply device It limits and blows off at the first filtering ponds, so that the dust content at exhausting region be effectively reduced.

Attached drawing 3 is that the structural schematic diagram after side board is removed in Fig. 1；As can be seen from the figure tank, the first filtering The specific structure in four pond, polishing area and exhausting region different operation areas；It plays the water plate region that will be filled with water and is divided into water storage Two parts in pond and the first filtering ponds wherein the first filtering ponds are directly in contact with dust, therefore enter the dust at tank Content is relatively low.

Attached drawing 4 is the structural schematic diagram of water fog generator in the utility model；The water fog generator has included water plate and tune Plate is saved, wherein playing water plate is an arcuate structure, and the height at its both ends is not identical, and the height close to the first filtering ponds side is low In the height close to tank side；Adjustable plate is that bottom surface is zigzag structure.

Attached drawing 5 is the schematic diagram that environment-friendly cycle energy-saving dust remover apoplexy recycles in the utility model wet type；Arrow in figure Direction indicates wind direction, and after blower starting, the gas extracted in exhausting region is blown out through air supply device, then under the influence of air pressure By at the opening position of water distributing plate and other ventilation opening through wind gap (i.e. water fog generator between water plate and adjustable plate Gap at or shelf and rise water plate between gap at) flow into exhausting region in, thus formed one by blower driving following Ring access realizes effective filtering to dust while avoiding flying dust.

Attached drawing 6 is the schematic diagram that water recycles in environment-friendly cycle energy-saving dust remover in the utility model wet type；Arrow in figure Direction indicates water flow in addition, when water pump starting (due to viewing angle problem, the position of water pump is not marked), water pump extracts storage Water in pond is through pipeline into the second filtering ponds, and the lower section of the second filtering ponds is equipped with dewatering outlet, and water is flowed out through dewatering outlet The first filtering ponds are flowed on water distributing plate, and through the gap below water distributing plate, due to the presence of blower, when air is by between wind It will drive part water when clearance flow is to exhausting region to enter in exhausting region through the wind gap and form water mist with wind facies interaction, The water mist is moved up under the action of blower and is fallen back in tank by the effect of steam separated structure, while being carried out to wind A degree of filtering, and flowing into the water in tank can again flow under the action of water pump in the second filtering ponds, thus The waterway circulating access driven by water pump is formed, cooperates to carry out significantly more efficient filtering to dust with wind circulation Processing.

Embodiment 1:

As shown in figures 1 to 6, the utility model provides environment-friendly cycle energy-saving dust remover in a kind of wet type, which is one The shell structure of end opening, is internally provided with chamber, and the bottom of the inner cavity is the region 1 that is filled with water, and the aperture position of front is to throw Light region 2 is provided with polishing machine in the region, for carrying out polishing operation；The top of polishing area 2 is equipped with can be in polishing area 2 peripheral sides form the air supply device 3 of air curtain, since air supply device 3 can form air curtain in the peripheral side of polishing area 2, The dust that polishing machine generates when working can be limited by air curtain to be moved down, and will not be flown upward everywhere；The top half of inner cavity by with The partition 5 that shell is fixedly connected separates for polishing area 2 and exhausting region 4, since exhausting region 4 is located at the inside of shell, It is not connected directly with polishing area 2, therefore does not have dust in exhausting region 4 and be directly entered.The top in exhausting region is equipped with and opens Mouth 42, blower 6 is located at the opening 42 and blower 6 is connected with air supply device 3, therefore blower 6 can be by the gas in exhausting region 4 Body is delivered at air supply device 3 through opening 42 and releases through air supply device.Due between partition 5 and the region 1 that is filled with water there are The wind gap 51 that air feed passes through, therefore when blower 6 is started to work, the wind sent out by air supply device 3 passes through under gas pressure Wind gap 51 is back at exhausting region 4, and dust is affected by gravity to be dissolved in and be filled with water in the water in region 1 in reflux course, from And first time purification is carried out to water.

Make the deduster can be with the air channel structure of cycle operation, thus by powder with one by the suction and discharge of blower Dirt is firmly limited within the scope of shell and carries out preliminary purified treatment to dust by the region 1 that is filled with water.

It since the region 1 that is filled with water is located at housing bottom, is not easily cleaned after adsorbing dust, therefore, for the ease of clearing up water-containing area Domain 1, optionally embodiment, is arranged water plate 71 together in the region that is filled with water, this rise water plate 71 be located at be filled with water in region 1 And the region 1 that will be filled with water is divided into tank 11 and the first filtering ponds 12, the first filtering ponds 12 are close to polishing area 2；Play water plate 71 There are gaps between partition 5.

Two different regions are divided into and the first filtering ponds 12 are located at intracavity bottom due to playing the region 1 that will be filled with water of a water plate 71 Outside, closer to polishing area 2, therefore the first filtering ponds 12 are for dissolving dust.

The dust that polishing machine of first filtering ponds 12 in polishing area 2, polishing area 2 generates at work is most absolutely Number is deposited in the first filtering ponds 12, is divided into 12 liang of tank 11 and the first filtering ponds due to playing the region 1 that will be filled with water of a water plate 71 A region enables most dust to be blocked in exhausting region 4 by water plate 71 is played along with the presence of partition 5, thus It realizes and the first time of dust is filtered, in addition, the water being located in the first filtering ponds 12 can not be also directly entered in tank 11, from And avoid the water in tank 11 by dust pollution.

Specifically, playing water plate 71 is located at the underface of partition 5, playing the gap between water plate 71 and partition at this time was between wind Gap.

Specifically, playing water plate 71 is not located at the underface of partition 5, rise water plate 71 height can be greater than partition 5 with The distance of shell inner bottom surface might be less that the distance.

Specifically, playing water plate 71 is plate structure or arcuate structure.

Due to a possibility that flying into exhausting region 4 there are dust through wind gap 51, in order to reduce as far as possible The dust quantity in exhausting region 4 is flown into, optionally embodiment, an adjustable plate 72 can be set on the deduster, The lower end of partition 5 is arranged in the adjustable plate 72, and one end is fixedly connected with partition 5, and the other end is zigzag structure, at this time Water plate 71 is arcuate structure and is higher than the height close to 12 side of the first filtering ponds close to the height of 11 side of tank.

Specifically, the bottom broached-tooth design of the adjustable plate 72 is a part of submerged in water, another part stretches out the water surface, this When wind gap 51 be the emersed part of sawtooth, at this time wind through wind gap 51 flow into exhausting region 4 when will necessarily band Dynamic part water flow flies up, so that water mist is formed in the sky with wind facies interaction, so that the dust in wind be dissolved.

Water mist can be formed due to playing water plate 71 and the interaction of adjustable plate 72, the two structures, which are combined with each other, to be constituted One water fog generator 7.

Specifically, the adjustable plate 72 is an integral structure with partition 5.

Specifically, the adjustable plate 72 is bolted the bottom end that partition 5 is arranged in, to be fixedly connected with partition 5.

Optionally embodiment, exhausting region 4 are located at 11 top of tank, are equipped with steam in exhausting region 4 and separate Structure 41, the steam separated structure 41 are located at 42 lower section of opening.

The water mist of dust is speckled with after entering in exhausting region 4, is fallen into tank 11 by the effect of steam separated structure 41 In.

Under the action of blower, the gas in exhausting region 4 flows at air supply device 3 through opening 42.In order to avoid steam Through 42 outflow of opening, therefore steam separated structure 41 is set in exhausting region 4.

Specifically, the exhausting region 4 is a rectangular or round tubular air duct.

Optionally embodiment, the steam separated structure 41 are the baffle of interleaved setting, which dips down Tiltedly setting, to avoid condensation vapor on baffle, influences its separation function.

Specifically, setting is there are four baffle in an air duct, wherein the staggered relative setting and all two-by-two of four baffles Baffle is diagonally downward.

Optionally embodiment, the steam separated structure 41 are the bearer network being arranged in below opening 42, the carrying A large amount of hollow multi-panel baton round is equipped in net, which has moisture absorbing.

Specifically, blower is located at the surface of opening 42, consequently facilitating blower takes out the gas in exhausting region 4 It inhales.

Optionally embodiment, air supply device 3 are the air hose being arranged around 2 peripheral side of polishing area, air hose one end with Blower 6 is connected, and the other end is arranged around polishing area 2 and is equipped with the air pushing hole for forming air curtain.

Specifically, the side towards bottom surface of the air hose is provided with air pushing hole, a large amount of gas is blown out from the air pushing hole, To form air curtain in the lateral surface of polishing area 2.

In order to improve comfort level when operation, optionally embodiment is equipped with noise-reducing structure, the noise reduction at air pushing hole Structure is muffler.

When blower work, the water through entering in tank 11 at wind gap 51 is more and more, in the first filtering ponds 12 Water it is fewer and fewer.In order to solve the situation, it is logical to need to be arranged a water circulation in the deduster for optionally embodiment Road.

Water circle device 8 and the second filtering ponds 9 are provided in the deduster, the second filtering ponds 9 are located at the first filtering ponds 12 A dewatering outlet is equipped with below top and the second filtering ponds 9, water circle device 8 can drive the water in tank 11 to enter the second mistake It is flowed into the first filtering ponds 12 at filter tank 9 and through dewatering outlet, to form a water circulation path.

The water circulation path not only can be to avoid the dust accretions of enclosure interior, while flowing into first by the second filtering ponds 9 Water in filtering ponds 12 can also help to dissolve the dust particles near polishing area 2 in air, improve the dedusting effect of the equipment Fruit.

Specifically, dewatering outlet is a circle or square aperture, it is also possible to honeycomb shaped opening, is also possible to array arrangement Circular hole opening, the limitation range of the opening shape and open shape of dewatering outlet not as the utility model.

Optionally embodiment, water circle device 8 include water pump and drenching installation, and wherein water pump is used for tank Water in 11 is delivered in the second filtering ponds 9, and drenching installation is for improving water to the rate of dissolution of dust.

Water pump is located at 11 side of tank.

Above-mentioned drenching installation includes water distributing plate 81 and baffle 82；Water distributing plate 81 is obliquely installed, and top is located at the second filtering 9 lower section of pond, bottom end is located at 2 lower section of polishing area, and bottom end is equipped with gap 83, and water flows into the first filtering ponds 12 through gap 83； Baffle 82 is located at 2 lower section of polishing area, and the water flowed down through water distributing plate 81 is avoided to overflow.

It is equipped with the water distributing plate 81 of gap 83 by one bottom end of setting, the water at polishing area 2 is flowed to through the second filtering ponds 9 The first filtering ponds 12 are flowed to through the gap 83, due to the presence of baffle 82, water will not flow to the outside of the shell of dust remover.

Specifically, the water distributing plate 81 is plate structure or the bending structure with turning.

Optionally embodiment, the first filtering ponds 12, the second filtering ponds 9 and exhausting region 4 are equipped with filter device.

Exist due to having a small amount of dust in exhausting region, the first filtering ponds and the second filtering ponds, it is therefore desirable to Filter device is arranged in above-mentioned zone, to carry out purified treatment to water.

Specifically, filter device used by the utility model is activated charcoal strainer or the cleaning for being filled with active carbon Ball, active carbon can carry out adsorption treatment to the dust particles entered in water.

Polishing operations are carried out since two grinding wheels can be driven by motor in polishing machine, optionally embodiment, The quantity of inner cavity is two, and two inner cavities are symmetrically set.

In order to reduce equipment manufacturing cost, the tank 11 of two intracavity bottoms is communicated at this time, and water pump is located at the pumping of two inner cavities Between wind region 4, the water in tank 11 is pumped into the second filtering ponds 9 by water pump, and the second filtering ponds 9 at this time, which can be, to be located at One bottom at the top of polishing area 2 sets a big pool there are two dewatering outlet, be also possible to be located at two it is opposite First filtering ponds, 12 top, two individual ponds of the bottom equipped with a dewatering outlet.

Specifically, the quantity of inner cavity is consequently increased with the increase of grinding wheel quantity.

Embodiment 2:

The present embodiment 2 and the difference of embodiment 1 are: the deduster is equipped with Venturi tube, and Venturi tube is located at It is connected above water plate 71 and with partition 5, adjustable plate 72 and water fog generator 7 is no longer equipped on deduster at this time.

The quantity of Venturi tube is multiple, multiple Venturi tube horizontal Tile arrangements.

Mostly with the of same size of the overall width of Venturi tube and partition 5.

It is in coniform intake section, one in the neck of straight tube-like and in coniform outlet portion since Venturi tube has one And its neck has inlet opening；The taper that outlet portion in Venturi tube is arranged is 1:8-1:15, according to the data and repeatedly examination Adaptability adjusting can be carried out to the length in outlet portion by testing result, and then effectively control through enturi tube enter at exhausting region 4 Steam fogging degree and water mist and air-flow mixing uniformity.

By test of many times it is found that the length in outlet portion and the diameter ratio of neck are 5-6.5.

Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to In this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be with the power Subject to the protection scope that benefit requires.

Claims (10)

1. environment-friendly cycle energy-saving dust remover in wet type, which is characterized in that including the shell with inner cavity, the bottom of the inner cavity is Be filled with water region, and front is polishing area, and the top of the polishing area is equipped with can form sending for air curtain at the polishing area Wind apparatus；

The rear portion of the inner cavity is exhausting region, uses between the polishing area and the exhausting region and fixes with the shell The partition of connection separates；

There are the wind gaps that air feed passes through between the partition and the region that is filled with water；

The exhausting overlying regions are equipped with opening, and blower is extracted the gas in the exhausting region out and described in passing through through the opening Air supply device is sent out.

2. environment-friendly cycle energy-saving dust remover in wet type according to claim 1, which is characterized in that the deduster further included Water plate, described water plate are filled with water in region positioned at described and the region that is filled with water are divided into tank and the first filtering ponds, institute The first filtering ponds are stated close to the polishing area；There are gaps between described water plate and the partition.

3. environment-friendly cycle energy-saving dust remover in wet type according to claim 2, which is characterized in that the deduster further includes adjusting Save plate；

Described adjustable plate one end is fixedly connected with the partition, and the other end is zigzag structure, and described water plate is arcuate structure And it is higher than the height close to first filtering ponds side close to the height of the tank side.

4. environment-friendly cycle energy-saving dust remover in wet type according to claim 2, which is characterized in that the exhausting region is located at Above the tank, steam separated structure is equipped in the exhausting region.

5. environment-friendly cycle energy-saving dust remover in wet type according to claim 1, which is characterized in that the air supply device be around The air hose of the polishing area peripheral side setting, described air hose one end are connected with blower, and the other end is set around the polishing area It sets and is equipped with the air pushing hole for forming air curtain.

6. environment-friendly cycle energy-saving dust remover in wet type according to claim 2, which is characterized in that the deduster further includes water Circulator and the second filtering ponds, second filtering ponds are located above first filtering ponds and below second filtering ponds Equipped with a dewatering outlet, water enters second filtering ponds by the tank under the action of water circle device and through institute Dewatering outlet is stated to flow into first filtering ponds.

7. environment-friendly cycle energy-saving dust remover in wet type according to claim 6, which is characterized in that the water circle device packet Include water pump and drenching installation.

8. environment-friendly cycle energy-saving dust remover in wet type according to claim 7, which is characterized in that the drenching installation includes Water distributing plate and baffle；

The water distributing plate is obliquely installed, and top is located at below second filtering ponds, and bottom end is located at below the polishing area, And bottom end is equipped with gap, water flows into first filtering ponds through the gap；The baffle is located at below the polishing area, The water flowed down through the water distributing plate is avoided to overflow.

9. environment-friendly cycle energy-saving dust remover in wet type according to claim 6, which is characterized in that first filtering ponds, Second filtering ponds and the exhausting overlying regions are equipped with filter device.

10. environment-friendly cycle energy-saving dust remover in wet type according to claim 1, which is characterized in that the quantity of the inner cavity It is at least two.