CN209155442U - A kind of facilities of mix storied building dust pelletizing system - Google Patents

Abstract

The utility model relates to a kind of facilities of mix storied building dust pelletizing systems, belong to the technical field of mixing plant, it includes facilities of mix storied building main body, the main header casing of facilities of mix storied building main body is equipped with suspended hood, suspended hood is provided with blower in one end far from facilities of mix storied building main body, the air outlet of blower is connected with wind pipe, one end of wind pipe is connected with dust wetting case, Rotary adsorption part is provided in dust wetting case, it is set in dust wetting case and is additionally provided with multiple nozzles, multiple nozzles are fixed in dust wetting case, the water inlet of nozzle is connected with water inlet pipe, dust recycling bins are provided with below dust wetting case, it is connected inside the inside of dust wetting case and dust recycling bins, the filtration members for dust to be separated from water are provided in dust recycling bins, water circulation piece is additionally provided on dust recycling bins, one side wall of dust recycling bins is equipped with intake stack, The other end of intake stack passes through suspended hood.The utility model has the dust of efficient process facilities of mix storied building, the lower-cost effect of dedusting.

Description

A kind of facilities of mix storied building dust pelletizing system

Technical field

The utility model relates to the technical fields of mixing plant, more particularly, to a kind of facilities of mix storied building dust pelletizing system.

Background technique

Concrete batching and mixing tower is also concrete facilities of mix storied building, is mainly used in the concreting machineries engineering constructions such as concrete stirring.It is mixed Solidifying soil facilities of mix storied building is mainly by stirring host, material weighing system, material-transporting system, storing material system and control system etc. 5 Big system and other affiliated facilities form.

Application No. is the Chinese patents of CN207682668U to disclose a kind of concrete batching and mixing tower atomization dust-collecting equipment, including Facilities of mix storied building main body, blender and pulse dust collector in facilities of mix storied building, blender silo two sides are provided with the outside mist of spout Change spray head, blender silo top is provided with the downward rotary-atomizing spray head of two rows of spouts, and rotary-atomizing spray head hangs on stirring Above machine barrel storehouse and arranged crosswise, atomizer and rotary-atomizing spray head are connected to by water pipe with tank, water pipe and tank Between force (forcing) pump is set, force (forcing) pump is controlled by circuit control box, and blender silo top is equipped with dust detector, dust detection Device is connect by connecting line with circuit control box, and warning lamp, facilities of mix storied building top are arranged between dust detector and circuit control box It is provided with taper adsorption layer.Above-mentioned dust-extraction unit realizes the dedusting of facilities of mix storied building by atomizer.

Prior art among the above has the following deficiencies: that above-mentioned dust-extraction unit, which is used for a long time, to be dusted, and will use A large amount of water resource causes the dedusting higher cost of facilities of mix storied building.

Utility model content

The purpose of the utility model is to provide a kind of facilities of mix storied building dust pelletizing system, the dust with efficient process facilities of mix storied building is followed Ring utilizes water resource, so that dedusting the advantages of cost is relatively low.

The above-mentioned purpose of utility model of the utility model has the technical scheme that

A kind of facilities of mix storied building dust pelletizing system, including facilities of mix storied building main body, it is characterised in that: be provide at the top of the facilities of mix storied building main body There is suspended hood, the suspended hood is provided with blower, the air outlet connection of the blower in one end far from the facilities of mix storied building main body There is wind pipe, one end far from the blower of the wind pipe is connected with dust wetting case, described wind pipe one end Across the top wall surface of the dust wetting case, Rotary adsorption part, the Rotary adsorption part are provided in the dust wetting case For adsorbing dust, sets and be additionally provided with for washing away dust from the Rotary adsorption part to get off in the dust wetting case Multiple nozzles, multiple nozzles are fixed in the dust wetting case, and the water inlet of the nozzle is connected with into water It manages, Rotary adsorption part described in the water outlet face of multiple nozzles, dust recycling is provided with below the dust wetting case It is connected, is provided in the dust recycling bins for will inside case, the inside of the dust wetting case and the dust recycling bins The filtration members that dust is separated from water, water circulation piece is additionally provided on the dust recycling bins, and the water circulation piece is used for dust The water of recycling bins is extracted to the water inlet pipe, and a side wall of the dust recycling bins is equipped with intake stack, the air inlet The other end of pipeline passes through the suspended hood, and the intake stack is connected with the inside of the facilities of mix storied building main body.

By using above-mentioned technical proposal, the dust generated in the intracorporal raw material whipping process of facilities of mix storied building master is with air by wind Machine sucks in suspended hood, and is expelled in wind pipe out of suspended hood.Air with dust is circulated to powder through wind pipe Dirt humidifies in case, and the dust in Rotary adsorption part absorption air in dust wetting case, nozzle will be attached on Rotary adsorption part Dust rush and fall from Rotary adsorption part.Water flow with dust is by the filtration members in gravity fall to dust recycling bins, mistake Dust is separated from water by filter part.Water circulation piece is used to extract the filtered water stored in dust recycling bins to water inlet pipe, Water is added to multiple nozzles.Intake stack maintains in facilities of mix storied building main body for the air after dedusting to be directed into dust wetting case Stable gas pressure.In conclusion the utility model has the dust of efficient process facilities of mix storied building, water resource is recycled, to make Obtain the lower-cost effect of dedusting.

The utility model is further arranged to: the Rotary adsorption part includes be rotatably dispose in the dust wetting case upper The support shaft of lower two wall surfaces and for drive it is described support shaft rotate actuator, it is described support shaft outer wall on around Support shaft is provided with multiple flabellums, and the length direction of the flabellum is parallel to the length direction of the support shaft.

By using above-mentioned technical proposal, under the drive of actuator, support shaft drives multiple flabellums slowly to rotate, nozzle It sprays water to the flabellum before the water outlet for being located at nozzle, so that blade surface is wet, therefore multiple flabellums are in the course of rotation, So that the adsorbing powder dust being sucked into dust wetting case is to the surface of flabellum.In the process, nozzle is to the fan before its water outlet Leaf is sprayed water, and the dust that also reaching makes to adhere on flabellum is washed away from flabellum, the dust flowing under dust wetting case Effect in recycling bins.

The utility model is further arranged to: the actuator includes driving motor, driving gear, driven gear and chain Item, the driving motor are fixed on the side wall of the dust wetting case, the driving gear and the driving motor Output shaft is coaxially connected, and the driven gear and the support shaft are located at one end outside the top wall surface of the dust wetting case Coaxially connected, the driving gear and the driven gear pass through the chain drive.

By using above-mentioned technical proposal, operator opens driving motor, so that driving gear slowly rotates, driving tooth Wheel is slowly rotated by chain-driving driven gear, to achieve the effect that support shaft is driven slowly to rotate.

The utility model is further arranged to: described wind pipe one end passes through a side wall of the dust wetting case, Multiple nozzles are arranged on the side wall of wind pipe described in the dust wetting case face.

By using above-mentioned technical proposal, so that wind pipe is located at one end and multiple nozzles difference in dust wetting case Positioned at the two sides of rotation adsorption piece, prevent wind pipe that the air with dust is directly drained into going out for nozzle to a certain extent The mouth of a river, nozzle the effect that is blocked by dust of water outlet.

The utility model is further arranged to: the water circulation piece includes water pump and outlet pipe, one end of the outlet pipe Across the side wall of the dust recycling bins, the outlet pipe be located at the dust recycling bins outer one end and the water pump into Mouth of a river connection, the water outlet of the water pump are located at one end outside the dust wetting case with the water inlet pipe and connect.

By using above-mentioned technical proposal, water pump will be evacuated to water inlet pipe through the filtered water of filtration members in dust recycling bins It is interior, achieve the effect that add water to nozzle by water inlet pipe.

The utility model is further arranged to: the filtration members include multiple mesh-supported plates, multiple mesh-supporteds Plate is arranged each parallel to horizontal plane, is placed with filter cloth on the mesh-supported plate, two of the dust recycling bins are oppositely arranged Inner wall on be provided with a plurality of for multiple mesh-supported plates sliding sliding rails, offered on the side wall of the dust recycling bins Multiple openings are covered with switching door in the opening.

By using above-mentioned technical proposal, the water flow with dust drops to the filter cloth on mesh-supported plate, and filter cloth is by powder Dirt is blocked on filter cloth, and water flow then passes through filter cloth, thus achieve the effect that separate dust with water flow, it is more when assembling on filter cloth When dust, operator opens switching door, mesh-supported plate is removed from the sliding rail in dust recycling bins, to the powder on filter cloth Dirt is collected.

The utility model is further arranged to: being provided with handle on the wall surface of switching door described in the mesh-supported plate face Hand.

By using above-mentioned technical proposal, achieve the effect that operator is facilitated to remove mesh-supported plate.

The utility model is further arranged to: the side wall of the dust recycling bins offers visual window.

By using above-mentioned technical proposal, achieve the effect that operator is facilitated to observe dust recycling bins inner case.

In conclusion the advantageous effects of the utility model are as follows:

1. the utility model has the dust of efficient process facilities of mix storied building, water resource is recycled, so that dedusting cost Lower advantage；

2. the filtration members of the utility model realize the separation of dust and water, has the advantages that facilitate and collect dust.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the partial enlargement diagram of part A in Fig. 1.

Fig. 3 is the cross-sectional view for the internal structure that the utility model is used to show dust recycling bins.

Fig. 4 is the partial enlargement diagram of part B in Fig. 3.

Fig. 5 is the utility model for showing the explosive view of mesh-supported plate and filter cloth.

Fig. 6 is the partial enlargement diagram of C portion in Fig. 5.

Fig. 7 is the partial enlargement diagram of the part D in Fig. 5.

Fig. 8 is the partial enlargement diagram of the part E in Fig. 5.

In figure, 1, facilities of mix storied building main body；2, suspended hood；21, wind pipe；22, intake stack；3, blower；4, dust wetting Case；41, nozzle；42, water inlet pipe；51, shaft is supported；511, flabellum；52, actuator；521, driving motor；522, driving tooth Wheel；523, driven gear；524, chain；6, dust recycling bins；61, water circulation piece；611, water pump；612, outlet pipe；62, netted Support plate；621, handle；63, filter cloth；64, visual window；65, switching door；66, sliding rail.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Referring to Fig.1, it is a kind of facilities of mix storied building dust pelletizing system disclosed by the utility model, including facilities of mix storied building main body 1, stirs building-owner The main header casing of body 1 is equipped with suspended hood 2.In conjunction with Fig. 5,8, blower 3 is provided in suspended hood 2, the air outlet of blower 3 is connected with outlet air Pipeline 21.One end of the separate blower 3 of wind pipe 21 is connected with dust wetting case 4, and 21 one end of wind pipe adds across dust The top wall surface of wet tank 4, the lower section of dust wetting case 4 are provided with dust recycling bins 6, and the inside of dust wetting case 4 and dust return It receives and is connected inside case 6, a side wall of dust recycling bins 6 is equipped with intake stack 22, and the other end of intake stack 22, which passes through, to be inhaled Fan housing 2, intake stack 22 are connected with the inside of facilities of mix storied building main body 1.The side wall of dust recycling bins 6 offers visual window 64, operation Personnel observe the inner case of dust recycling bins 6 by visual window 64.It is generated in raw material whipping process in facilities of mix storied building main body 1 Dust is sucked in suspended hood 2 with air by blower 3, and is expelled in wind pipe 21 out of suspended hood 2.Air with dust It is circulated in dust wetting case 4 through wind pipe 21, in recirculation to dust recycling bins 6.Dust wetting case 4 and dust recycling bins 6 by dust and air separation.Intake stack 22 maintains facilities of mix storied building for the air after dedusting to be directed into dust wetting case 4 Stable gas pressure in main body 1.

Referring to Fig. 5,6, Rotary adsorption part is provided in dust wetting case 4, Rotary adsorption part includes support shaft 51 and drives The actuator 52 that dynamic support shaft 51 rotates.Support shaft 51 is rotatably dispose in two wall surfaces up and down of dust wetting case 4.Support Around the support setting of shaft 51 there are six flabellum 511 on the outer wall of shaft 51, flabellum 511 is vertically arranged.In conjunction with Fig. 1,2, actuator 52 include driving motor 521, driving gear 522, driven gear 523 and chain 524, and driving motor 521 is fixed at dust On the side wall for humidifying case 4, driving gear 522 and the output shaft of driving motor 521 are coaxially connected, and driven gear 523 and support turn One end that axis 51 is located at outside the top wall surface of dust wetting case 4 is coaxially connected, and driving gear 522 and driven gear 523 pass through chain Item 524 is driven.It is also set up in dust wetting case 4 there are four nozzle 41, four nozzles 41 arrangement in a row along the vertical direction.Four sprays The water inlet of mouth 41 is connected with a water inlet pipe 42.21 one end of wind pipe passes through a side wall of dust wetting case 4, four sprays Mouth 41 is arranged on the side wall of 4 face wind pipe 21 of dust wetting case, so that wind pipe 21 is located in dust wetting case 4 One end and four nozzles 41 be located at support shaft 51 two sides, to a certain extent prevent wind pipe 21 directly by band There is the air of dust to drain into the water outlet of nozzle 41, the water outlet of nozzle 41 is blocked by dust.Operator opens driving motor 521, so that driving gear 522 slowly rotates, driving gear 522 drives driven gear 523 slowly to rotate by chain 524, from And support shaft is driven slowly to rotate.Support shaft drives six flabellums 511 slowly to rotate, and nozzle 41 is to the water outlet for being located at nozzle 41 Preceding flabellum 511 is sprayed water, so that 511 surface wettability of flabellum, therefore six flabellums 511 are in the course of rotation, so that sucking Adsorbing powder dust in dust wetting case 4 is to the surface of flabellum 511.In the process, nozzle 41 is to the flabellum before its water outlet 511 spray water, but also the dust adhered on flabellum 511 is washed away from flabellum 511, flow under dust wetting case 4 Dust recycling bins 6 in, carry out to the processing of the next step of dust.

Referring to Fig. 3,4, it is provided with two mesh-supported plates 62 for dust to be separated from water in dust recycling bins 6, two A mesh-supported plate 62 is arranged each parallel to horizontal plane, and it is in order to which operator is clearing up that two 62 purposes of mesh-supported plate, which are arranged, When the mesh-supported plate 62 of top, the mesh-supported plate 62 of lower section can replace the mesh-supported plate 62 of top to be filtered work. In conjunction with Fig. 5,7, it is placed with filter cloth 63 on mesh-supported plate 62, in the present embodiment, filter cloth 63 is multifilament filter cloth.Dust recycling bins 6 Two inner walls being oppositely arranged on be provided with it is a plurality of slide sliding rails 66 for two mesh-supported plates 62, in conjunction with Fig. 1, dust is returned It receives and is opened up on the side wall of case 6 there are two being open, be covered with switching door 65 in opening.Water flow with dust drops to mesh-supported Dust is blocked on filter cloth 63 by the filter cloth 63 on plate 62, filter cloth 63, and water flow then passes through filter cloth 63, to reach dust and water The effect of flow separation, when assembling more dust on filter cloth 63, operator opens switching door 65, by mesh-supported plate 62 from powder It is removed on sliding rail 66 in dirt recycling bins 6, the dust on filter cloth 63 is collected.62 face switching door of mesh-supported plate It is provided with handle 621 on 65 wall surface, operator is facilitated to push mesh-supported plate 62.

Referring to Fig.1, water circulation piece 61 is additionally provided on dust recycling bins 6, water circulation piece 61 includes water pump 611 and outlet pipe 612, one end of outlet pipe 612 passes through the side wall of dust recycling bins 6, outlet pipe 612 be located at dust recycling bins 6 outer one end and The water inlet of water pump 611 connects, and the water outlet of water pump 611 is located at one end outside dust wetting case 4 with water inlet pipe 42 and connect.In conjunction with Fig. 5,6, water pump 611 are right by water inlet pipe 42 by being evacuated in water inlet pipe 42 in dust recycling bins 6 through the filtered water of filtration members Nozzle 41 plus water.

The implementation principle of the present embodiment are as follows: when needing to be purged work to the dust in facilities of mix storied building main body 1, operator The blower 3 and driving motor 521 in suspended hood 2 are first opened, so that the powder generated in the raw material whipping process in facilities of mix storied building main body 1 Dirt is sucked in suspended hood 2 with air by blower 3, and is expelled in wind pipe 21 out of suspended hood 2.Air warp with dust Wind pipe 21 is circulated in dust wetting case 4, and driving motor 521 makes support shaft that six flabellums 511 be driven slowly to rotate, spray Mouth 41 sprays water to the flabellum 511 before the water outlet for being located at nozzle 41, so that 511 surface wettability of flabellum, therefore six flabellums 511 In the course of rotation, so that the adsorbing powder dust being sucked into dust wetting case 4 is to the surface of flabellum 511, nozzle 41 will adhere to It rushes and falls from flabellum 511 in the dust on Rotary adsorption part.Water flow with dust drops to the filter cloth on mesh-supported plate 62 63, dust is blocked on filter cloth 63 by filter cloth 63, and water flow then passes through filter cloth 63, to reach the effect for separating dust with water flow Fruit, when operator is observed by visual window 64 assembles more dust on filter cloth 63, operator opens switching door 65, will Mesh-supported plate 62 is removed from the sliding rail 66 in dust recycling bins 6, is cleared up the dust on filter cloth 63, is collected. Water pump 611 through the filtered water of filtration members by being evacuated in water inlet pipe 42 in dust recycling bins 6, then passes through water inlet pipe 42 to nozzle 41 add water, to four nozzles 41 plus water.Intake stack 22 is maintained for the air after dedusting to be directed into dust wetting case 4 Stable gas pressure in facilities of mix storied building main body 1.

The embodiment of present embodiment is the preferred embodiment of the utility model, and not limitation is originally practical new according to this The protection scope of type, therefore: the equivalence changes that all structures, shape, principle according to the utility model are done should all be covered by practical Within novel protection scope.

Claims (8)

1. a kind of facilities of mix storied building dust pelletizing system, including facilities of mix storied building main body (1), it is characterised in that: the top of the facilities of mix storied building main body (1) It is covered with suspended hood (2), is provided with blower (3) in one end of the separate facilities of mix storied building main body (1) of the suspended hood (2), it is described The air outlet of blower (3) is connected with wind pipe (21), and one end far from the blower (3) of the wind pipe (21) connects Have dust wetting case (4), described wind pipe (21) one end passes through the wall surface of the dust wetting case (4), the dust wetting Rotary adsorption part is provided in case (4), the Rotary adsorption part sets in the dust wetting case (4) and also sets for adsorbing dust It is equipped with for dust to be washed away to the multiple nozzles (41) to get off from the Rotary adsorption part, multiple nozzles (41) are fixed Setting is in the dust wetting case (4), and the water inlet of the nozzle (41) is connected with water inlet pipe (42), multiple nozzles (41) Rotary adsorption part described in water outlet face is provided with dust recycling bins (6), institute below the dust wetting case (4) It states and is connected inside the inside and the dust recycling bins (6) of dust wetting case (4), setting is useful in the dust recycling bins (6) It is additionally provided with water circulation piece (61) in the filtration members for being separated from water dust, the dust recycling bins (6), the water circulation piece (61) for extracting the water of dust recycling bins (6) to the water inlet pipe (42), a side wall of the dust recycling bins (6) It is equipped with intake stack (22), the other end of the intake stack (22) passes through the suspended hood (2), the intake stack (22) It is connected with the inside of the facilities of mix storied building main body (1).

2. a kind of facilities of mix storied building dust pelletizing system according to claim 1, it is characterised in that: the Rotary adsorption part includes rotation It is set to the support shaft (51) of two wall surfaces up and down of the dust wetting case (4) and for driving the support shaft (51) The actuator (52) of rotation, it is described support shaft (51) outer wall on around support shaft (51) be provided with multiple flabellums (511), institute The length direction for stating flabellum (511) is parallel to the length direction of support shaft (51).

3. a kind of facilities of mix storied building dust pelletizing system according to claim 2, it is characterised in that: the actuator (52) includes driving Motor (521), driving gear (522), driven gear (523) and chain (524), the driving motor (521) are fixed at On the side wall of the dust wetting case (4), the driving gear (522) and the output shaft of the driving motor (521) coaxially connect It connects, the driven gear (523) and support shaft (51) are located at one end outside the top wall surface of the dust wetting case (4) Coaxially connected, the driving gear (522) and the driven gear (523) are driven by the chain (524).

4. a kind of facilities of mix storied building dust pelletizing system according to claim 1, it is characterised in that: wear described wind pipe (21) one end A side wall of the dust wetting case (4) is crossed, multiple nozzles (41) are arranged at dust wetting case (4) the face institute On the side wall for stating wind pipe (21).

5. a kind of facilities of mix storied building dust pelletizing system according to claim 4, it is characterised in that: the water circulation piece (61) includes water Pump (611) and outlet pipe (612), one end of the outlet pipe (612) passes through the side wall of the dust recycling bins (6), it is described go out Outer one end that water pipe (612) is located at the dust recycling bins (6) is connect with the water inlet of the water pump (611), the water pump (611) water outlet is located at the one end of the dust wetting case (4) outside with the water inlet pipe (42) and connect.

6. a kind of facilities of mix storied building dust pelletizing system according to claim 2, it is characterised in that: the filtration members include multiple netted Support plate (62), multiple mesh-supported plates (62) are arranged each parallel to horizontal plane, place on the mesh-supported plate (62) Have filter cloth (63), is provided on two inner walls being oppositely arranged of the dust recycling bins (6) a plurality of for multiple described netted Support plate (62) slides sliding rail (66), and multiple openings are offered on the side wall of the dust recycling bins (6), and the opening upper cover is closed There are switching door (65).

7. a kind of facilities of mix storied building dust pelletizing system according to claim 6, it is characterised in that: mesh-supported plate (62) face Handle (621) are provided on the wall surface of the switching door (65).

8. a kind of facilities of mix storied building dust pelletizing system according to claim 1, it is characterised in that: the side of the dust recycling bins (6) Wall offers visual window (64).