CN207081128U - A kind of city sand and dust haze protection system - Google Patents
A kind of city sand and dust haze protection system Download PDFInfo
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- CN207081128U CN207081128U CN201720848741.4U CN201720848741U CN207081128U CN 207081128 U CN207081128 U CN 207081128U CN 201720848741 U CN201720848741 U CN 201720848741U CN 207081128 U CN207081128 U CN 207081128U
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Abstract
It the utility model is related to a kind of city sand and dust haze protection system, the system, which includes, takes wind port, precooling hot channel, air water atomization dedusting subsystem, the cold and hot switching subsystem of dehumidifying, air assignment subsystem and room air release subsystem, wind port is taken to be sequentially connected air water atomization dedusting subsystem, the cold and hot switching subsystem of dehumidifying and air assignment subsystem by precooling hot channel, the room air that air assignment subsystem is connected by pipeline of registering one's residence in different user space discharges subsystem.Take wind port to form a circle around city in sand and dust haze protection system in city of the present utility model and take wind band, extract outdoor air and form negative pressure band in city surrounding, pipeline of registering one's residence in each orientation supplies user's interior space in the region nearby respectively, form zone of positive pressure after user's interior space outlet in city overhead, the combination of edge negative pressure band and middle part zone of positive pressure prevents the floaing into improve urban air environment of sand and dust and haze outside city.
Description
Technical field
Field of Environment Protection is the utility model is related to, is related specifically to a kind of city sand and dust haze protection system.
Background technology
Haze is certainly the maximum environmental problem that our current countries face, and how to improve the inhabitation ring in city
Border, it is the ultimate challenge that we should tackle to reduce haze pollution.From State-level and enterprise and resident all think it is each to the greatest extent
Method is planted to cope with challenges, various counte-rplan also emerge in an endless stream, it is shown that the infinite wisdom of the people, but various sides
There is various limitations again for case.
Our response environments and haze problem are summarized, there are following several ways as solution：First is to reduce discharge,
The yield of haze is controlled from source；Second is to remove haze, and existing haze is collected as far as possible, or conversion mist
The existing forms of haze, so as to reduce the influence to human body；3rd is the position for shifting haze, or it is shifted from a place
To another place, so as to keep one it is local clean.Above is globality removes haze mode, the improvement belonged under overall situation
Scheme.
Work out measures from the perspective of policy, reduce discharge, from source control haze yield method at present first meeting into
Effect, but for the development of social economy, the enterprise of all generation hazes can not be closed down；In order to remove haze, Ren Menkai
The equipment such as fog gun car, large-scale spray equipment have been sent out to make a return journey except haze, but such method is only capable of removing haze in a small range,
And haze belongs to a wide range of interior environmental problem, people can not effectively be solved in production life by only removing haze in a small range
The haze problem faced in work.
The content of the invention
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of city sand and dust haze
Protection system.Centralized air's exchange system of the present utility model be able to will solve to being faced in city to greatest extent
Sand and dust haze problem, in order to reach above-mentioned purpose of utility model, the technical scheme that the utility model patent provides is as follows：
A kind of city sand and dust haze protection system, the system include four sets for the centralized air exchange except haze
System, often set system, which includes, takes wind port, precooling hot channel, air water atomization dedusting subsystem, the cold and hot recon of dehumidifying
System, air assignment subsystem and room air release subsystem；Four sets for centralized air's exchange system except haze
The orientation of east, south, west, north four in city is laid in respectively；
Described to take wind port to include multiple, in sector arrangement on the ground to extract outdoor wind, described outdoor wind
For cold air or hot-air, wind port is each taken to be connected to by admission line on precooling hot channel, the collection in four orientation
Wind port one circle around city of composition is taken to take wind band, annular point in fan-shaped distribution in Chinese style air's exchange system
Be distributed in city surrounding takes wind port to extract outdoor air in city surrounding formation negative pressure band；
Described precooling heat pipe built-in described air water atomization dedusting subsystem and removes in the soil layer of below ground
Clammy heat exchange subsystem is separately positioned on precooling hot channel；
Described air water atomization dedusting subsystem is arranged in the water atomization room of subsurface, air water atomization dedusting
Subsystem receive precooling hot channel in cold air or hot-air, carry out water atomization processing after again by precooling heat pipeline extremely
In the cold and hot switching subsystem of described dehumidifying；
The described cold and hot switching subsystem of dehumidifying is arranged in the heat-exchanging chamber of subsurface, and dehumidify cold and hot switching subsystem pair
Air after water atomization processing carries out dehumidifying and cold and hot exchange respectively, and the thermal source needed for cold and hot exchange is concentrated collection from ground
Under heat energy, air is delivered in air assignment subsystem by outlet pipe after the processing in precooling hot channel, positioned at ground
On air assignment subsystem at least provided with one；
Air after the processing of reception is assigned in more pipelines of registering one's residence by described air assignment subsystem, described in every
Pipeline of registering one's residence has respectively entered different user's interior spaces to be connected in room air release subsystem, in each orientation
Pipeline of being registered one's residence in centralized air's exchange system supplies user's interior space in the region, the use of urban inner nearby respectively
Zone of positive pressure is formed after the interior space outlet of family in city overhead, the combination of edge negative pressure band and middle part zone of positive pressure is prevented outside city
Sand and dust and haze float into improve urban air environment；
Described room air release subsystem is arranged in user's interior space, and room air release subsystem includes
Multiple wooden air release modules, are equipped with release port, air passes through release after processing in each air release module
Port is discharged indoors to adjust indoor environment.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
The wind port that takes be the pipeline stretched out on ground, the end of pipeline be provided be used for rainwater protection and foreign body intrusion protection cone
Shape block.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
Precooling hot channel be the circular pipe for being embedded in subsurface.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
Air water atomization dedusting subsystem be arranged in the water atomization room of underground, the air water atomization dedusting subsystem is in structure
On include the water atomization shower nozzle of the relative design in multiple positions, described water atomization shower nozzle is connected with high-pressure hydraulic pump by water pipe,
High-pressure hydraulic pump is connected with aqueduct, and Water warfare return tank, the Water warfare return tank and water delivery are provided with the bottom of water atomization room
Pipeline communication.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
The cold and hot switching subsystem of dehumidifying be arranged in the heat-exchanging chamber of underground, include in the cold and hot switching subsystem structure of the dehumidifying
There are multiple fin, described fin is connected with the output channel after earth source heat pump collection heat, and earth source heat pump collection is certainly
The heat energy of underground, it is multiple to be generally aligned in the same plane interior fin formation heat sink layer, multiple stackings point are provided with heat-exchanging chamber
The heat sink layer of cloth, is additionally provided with fine hair on the fin, and the ponding in the heat-exchanging chamber is flow to by precooling hot channel
In the Water warfare return tank of water atomization room bottom, the precooling hot channel between heat-exchanging chamber and water atomization room has inclination angle to guide
The flowing of ponding.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
Air assignment subsystem set on the ground, described air assignment subsystem includes air-introduced machine and air distribution device,
The air distribution device includes an air inlet port and multiple air outlets, and described air inlet port connects outlet pipe,
Described air-introduced machine is additionally provided with outlet pipe, each described air outlet connects a pipeline of registering one's residence respectively, it is each go out
A gas source switch is respectively equipped with gas port position to control folding.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
Room air release subsystem in air release module be the multiple wooden decoratives being laid on user's interior space wall
Module, the more small sized pipelines that described pipeline branch of registering one's residence goes out are respectively connecting in wooden decorative module, in wooden decorative mould
Multiple apertures as release port are distributed with block, wind outlet is additionally provided with user's interior space.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
Air water smoke sub-systems be provided with cover to realize multi-level water nebulization dust more, often set air water smoke sub-systems be separately positioned on
In single water atomization room, pass through precooling heat pipeline communication between adjacent air water smoke sub-systems.
It is used in the utility model in centralized air's exchange system except haze, it is described as a kind of optimization design
The cold and hot switching subsystem of dehumidifying be provided with more sets to realize multistage dehumidifying heat exchange, often cover the described cold and hot switching subsystem of dehumidifying
It is separately positioned in single heat-exchanging chamber, passes through precooling heat pipeline communication between the cold and hot switching subsystem of adjacent dehumidifying.
It is used in the utility model in centralized air's exchange system except haze, as a kind of optimization design, often covers
Also include negative aeroion for centralized air's exchange system except haze and subsystem, described negative aeroion occurs
The anion generation interior that subsystem is arranged in underground occurs, described negative aeroion occurs subsystem and is arranged on precooling
On hot channel, the negative aeroion occurs subsystem and is arranged between the cold and hot switching subsystem of dehumidifying and outlet pipe, described
Negative aeroion subsystem occur be arranged on the anion of subsurface to occur indoor, subsystem structure occurs for the negative aeroion
Upper to include multiple air anion generating devices, described multiple air anion generating devices are located at anion and interior occur.
Based on above-mentioned technical proposal, the utility model city sand and dust haze protection system achieves following technology in practice
Effect：
1. the centralized air's exchange system being used for except haze in the sand and dust haze protection system of the utility model city
Premiere feature be by multipoint acquisition outdoor air, and realize by water smoke sub-systems the purifying and dedusting of haze, except
Beyond multiple nebulization dust, ionization can also be used except modes such as hazes, purification of air of the outdoor containing haze is removed so as to reach
Dirt and the purpose except haze.
2. the centralized air's exchange system being used for except haze in the sand and dust haze protection system of the utility model city
Major function be that the heat on earth source heat pump is exchanged by cold-heat exchange system, cooled if hot-air is introduced, if
Introduce cold air then heated up, be held essentially constant so as to reach the temperature of air, through measuring and calculating be 16 DEG C to 25 DEG C, purification and
Air supply after heat exchange process is into user's space, so as to keep having in user's space air after fresh processing, and
And keep bulk temperature to be in comfortable state, filled in the negative aeroion for occurring to be provided with subsystem in negative aeroion
Put, air is ionized, improve the negative ion concentration in air, improve air quality, the air containing anion is conveyed
To user's space, depositing dust dehumidifying sterilization can be played to user's space, increases the comfort level of user's space.
3. the centralized air's exchange system being used for except haze in the sand and dust haze protection system of the utility model city
It successfully key can be that room air discharges subsystem, substantial amounts of wooden decorative module is only laid in user's space,
Numerous release ports is formed in user's space, is only possible to keep the gentle breeze field of the interior space by micro air volume, and then will
The temperature and blast of the interior space are controlled in the suitable scope of human body.
4. the utility model city sand and dust haze protection system great advantage is, by large area such as city
Middle multiple spot, which is circular layout, takes wind port, and city incity user sky is supplied to after largely carrying out purified treatment containing haze air
Between in, the foul atmosphere in user's space is outside exclusion, extraneous in this space so as to form the space of a relative closed loop
Entered back into after substantially being handled containing haze air in city, so as to keep the neat and tidy in bed rearrangement city.
5. taking wind port to form a circle around city in the sand and dust haze protection system of the utility model city takes wind
Band, extract register one's residence pipeline of the outdoor air on city surrounding formation negative pressure band, each orientation and supply the region nearby respectively
User's interior space, zone of positive pressure, edge negative pressure band and middle part zone of positive pressure are formed after user's interior space outlet in city overhead
Combination prevents the floaing into improve urban air environment of sand and dust and haze outside city.
Brief description of the drawings
Fig. 1 is to be used to exchange except the centralized air of haze in a kind of city sand and dust haze protection system of the utility model
The structure composition schematic diagram of system.
Fig. 2 is to be used to exchange except the centralized air of haze in a kind of city sand and dust haze protection system of the utility model
The structure composition schematic diagram of system air water atomization dedusting subsystem.
Fig. 3 is to be used to exchange except the centralized air of haze in a kind of city sand and dust haze protection system of the utility model
The structure composition schematic diagram of the cold and hot switching subsystem of system dehumidification.
Fig. 4 is to be used to exchange except the centralized air of haze in a kind of city sand and dust haze protection system of the utility model
The structure composition schematic diagram of subsystem occurs for system air anion.
Fig. 5 is to be used to exchange except the centralized air of haze in a kind of city sand and dust haze protection system of the utility model
The structure composition schematic diagram of system air assignment subsystem.
Fig. 6 is to be used to exchange except the centralized air of haze in a kind of city sand and dust haze protection system of the utility model
System room air discharges subsystem structure composition schematic diagram.
Fig. 7 is a kind of application layout signal of the city sand and dust haze protection system of the utility model in urban environment improvement
Figure.
Fig. 1 is into Fig. 7：1 is takes wind port, and 2 be admission line, and 3 be precooling hot channel, and 4 be air water atomization dedusting
System, 41 be water atomization shower nozzle, and 42 be high-pressure hydraulic pump, and 43 be Water warfare return tank, and 44 be aqueduct, and 5 be the cold and hot friendship that dehumidifies
Subsystem is changed, 51 be fin, and 52 be output channel, and 53 be fine hair, and 6 be outlet pipe, and 7 be air assignment subsystem, and 71 are
Air-introduced machine, 72 be air distribution device, and 73 be air inlet port, and 74 be air outlet, and 75 be gas source switch, and 8 be pipeline of registering one's residence, 9
Subsystem is discharged for room air, 91 be wooden decorative module, and 92 be aperture, and 93 be small sized pipeline, and 10 be earth source heat pump, and 11 are
Wind exports, and 12 be that subsystem occurs for negative aeroion, and 121 be air anion generating device, and A, B, C, D are for except haze
Centralized air's exchange system, E are negative pressure band, and F is zone of positive pressure, and G is city.
Embodiment
Below we with reference to accompanying drawing and specific embodiment come the utility model city sand and dust haze protection system is done into
The detailed description of one step, to understand in the utility model in a manner of the integral arrangement of system, structure composition and corresponding working method,
But the scope of protection of the utility model can not be limited with this.
Embodiment：As shown in Figures 1 to 7, the utility model is a kind of city sand and dust haze protection system, is wrapped in the system
Include four sets be used for remove haze centralized air's exchange system, that is, be used for except haze centralized air's exchange system A, use
In centralized air's exchange system B except haze, for centralized air's exchange system C except haze and for except haze
Centralized air's exchange system D, often set system, which includes, takes wind port 1, precooling hot channel 3, air water atomization dedusting
Subsystem 12, air assignment subsystem 7 and room air occur for subsystem 4, the cold and hot switching subsystem 5 of dehumidifying, negative aeroion
Discharge subsystem 9；Four sets of east, south, west, norths for being laid in city G respectively except centralized air's exchange system of haze
Four orientation；
Described to take wind port 1 to include multiple, in sector arrangement on the ground to extract outdoor wind, described outdoor wind
For cold air or hot-air, wind port 1 is each taken to be connected to by admission line 2 on precooling hot channel 3, in four orientation
One circle around city G of composition of wind port 1 is taken to take wind band, ring in fan-shaped distribution in centralized air's exchange system
Shape be distributed in city G surroundings take wind port 1 extract outdoor air city G surroundings formed negative pressure band E；
Described precooling hot channel 3 is embedded in the soil layer of below ground, the described He of air water atomization dedusting subsystem 4
The cold and hot switching subsystem 5 that dehumidifies is separately positioned on precooling hot channel 3；
Described air water atomization dedusting subsystem 4 is arranged in the water atomization room of subsurface, and air water atomization removes
Dirt subsystem 4 receives the cold air or hot-air in precooling hot channel 3, passes through precooling hot channel 3 again after carrying out water atomization processing
It is delivered in the described cold and hot switching subsystem 5 of dehumidifying；
The described cold and hot switching subsystem 5 of dehumidifying is arranged in the heat-exchanging chamber of subsurface, and dehumidify cold and hot switching subsystem 5
Air after handling water atomization carries out dehumidifying and cold and hot exchange respectively, the thermal source needed for cold and hot exchange be concentrated collection from
The heat energy of underground, the cold and hot switching subsystem 5 that dehumidifies carry out dehumidifying to air and air are passed through into precooling hot channel 3 with after cold and hot exchange
It is fed through negative aeroion and subsystem 12 occurs；
The anion generation interior that subsystem 12 is arranged in subsurface, negative aeroion occur for the negative aeroion
Generation subsystem 12 makes to produce anion in air, after negative aeroion generation system 12 ionizes to air, after processing
Air be fed through in precooling hot channel 3, the air after processing in precooling hot channel 3 is delivered to air by outlet pipe 6
In assignment subsystem 7, air assignment subsystem 7 is at least provided with one；
Air after the processing of reception is assigned in more pipelines 8 of registering one's residence by described air assignment subsystem 7, described in every
Pipeline 8 of registering one's residence have respectively entered different user's interior spaces be connected to room air release subsystem 9 in, each orientation
On centralized air's exchange system in pipeline 8 of registering one's residence supply user's interior space in the region nearby respectively, in the G of city
Zone of positive pressure F is formed after user's interior space outlet in portion in city G overhead, combination of the edge negative pressure with E and middle part zone of positive pressure F hinders
Only sand and dust and haze float into improve city G air ambients outside the G of city；
Described room air release subsystem 9 is arranged in user's interior space, and room air release subsystem 9 includes
There are multiple wooden air release modules, be equipped with release port in each air release module, air is by releasing after processing
Port release is put indoors to adjust indoor environment.
In the present embodiment, the described wind port 1 that takes is the pipeline stretched out on ground, is provided with and is used in the end of pipeline
Rainwater protects and the taper block of foreign body intrusion protection.
Described precooling hot channel 3 is the circular pipe for being embedded in subsurface.
Described air water atomization dedusting subsystem 4 is arranged in the water atomization room of underground, and the air water atomization removes
Dirt subsystem 4 includes the water atomization shower nozzle 41 of the relative design in multiple positions in structure, and described water atomization shower nozzle 41 passes through
Water pipe is connected with high-pressure hydraulic pump 42, and high-pressure hydraulic pump 42 is connected with aqueduct 44, is returned in the bottom of water atomization room provided with Water warfare
Case 43 is flowed, the Water warfare return tank 43 connects with aqueduct 44.Described air water smoke sub-systems 4 are provided with more sets to realize
Multi-level water nebulization dust, often cover air water smoke sub-systems 4 and be separately positioned in single water atomization room, adjacent air water smoke
Connected between sub-systems 4 by precooling hot channel 3.
The described cold and hot switching subsystem 5 of dehumidifying is arranged in the heat-exchanging chamber of underground, the cold and hot recon of the dehumidifying
Include multiple fin 51 in the structure of system 5, described fin 51 is defeated after underground heat energy with being gathered on earth source heat pump 10
Go out pipeline 52 to be connected, earth source heat pump 10 gathers the heat energy from underground, it is multiple be generally aligned in the same plane in fin 51 formed and dissipate
Backing layer, the heat sink layer of multiple stacked distributions is provided with heat-exchanging chamber, fine hair 53, institute are additionally provided with the fin 51
The ponding stated in heat-exchanging chamber is flow to by precooling hot channel 3 in the Water warfare return tank 43 of water atomization room bottom, heat-exchanging chamber
There is precooling hot channel 3 between water atomization room inclination angle to guide the flowing of ponding.The cold and hot switching subsystem 5 of described dehumidifying
Provided with more sets to realize multistage dehumidifying heat exchange, often cover the described cold and hot switching subsystem 5 of dehumidifying and be separately positioned on single heat
In switch room, connected between the cold and hot switching subsystem 5 of adjacent dehumidifying by precooling hot channel 3.
Described air assignment subsystem 7 is set on the ground, and described air assignment subsystem 7 includes air-introduced machine 71
With air distribution device 72, the air distribution device 72 includes an air inlet port 73 and multiple air outlets 74, described
Air inlet port 73 connects outlet pipe 6, and described air-introduced machine 71, each described air outlet are additionally provided with outlet pipe 6
74 connect a pipeline 8 of registering one's residence respectively, and be respectively equipped with a gas source switch 75 in each opening position of air outlet 74 is opened with controlling
Close.
Air release module in described room air release subsystem 9 is to be laid on user's interior space wall
Multiple wooden decorative modules 91, the more small sized pipelines 93 that the described branch of pipeline 8 of registering one's residence goes out are respectively connecting to wooden decorative mould
On block 91, multiple apertures 92 as release port are distributed with wooden decorative module 91, are additionally provided with user's interior space
Wind outlet 11.
The anion generation interior that subsystem 12 is arranged in underground, described air occur for described negative aeroion
Anion occurs subsystem 12 and is arranged on precooling hot channel 3, and the negative aeroion occurs subsystem 12 and is arranged on except clammy
Between heat exchange subsystem 5 and outlet pipe 6, the anion that subsystem 12 is arranged on subsurface occurs for described negative aeroion
Generation is indoor, and the negative aeroion occurs to include multiple air anion generating devices 121 in the structure of subsystem 12, and described is more
Individual air anion generating device 121 is located at anion and interior occurs.
The present embodiment prevents sand outside the G of city using sand and dust haze casing pipe protection system in city of the present utility model to realize
Dirt and haze float into improve the process of city G air ambients：
First, annular spread takes wind port 1 persistently to extract the air of outdoor public areas in city G surroundings, in city G
Surrounding forms negative pressure band E, and underground is transported to by precooling hot channel 3, and hot-air is first preliminary in the precooling hot channel 3 of underground drops
Entered to after temperature in air water atomization room, the water smoke progress dedusting cooling for ejection of being met and discussed using water atomization, containing after dedusting cooling
The higher atomizing air of water rate, because atomizing air moisture content is higher, follow-up cold and hot exchange is convenient for, atomizing air passes through
Precooling hot channel 3 is transported in heat-exchanging chamber, and band villous 53, cause in atomizing air on the fin 51 in heat-exchanging chamber
Water smoke, which is gathered on fine hair 53, is referred to as water droplet, and so as to reduce the moisture content in atomizing air, water droplet drops to Water warfare after flowing down
Purification standby subsequently uses in return tank 43.The flowing of the internal cause of fin 51 has GEOTHERMAL WATER, and the GEOTHERMAL WATER keeps certain temperature, leads to
Fin 51 is crossed to adjust the temperature of atomizing air.By the cold and hot exchange that repeatedly dehumidifies, atomizing air is changed into purify air,
And temperature control, in the section of 16-25 degree, the temperature range is required temperature in use section, and then completes except haze, remove
Wet to work with temperature control, the cold and hot switching subsystem 5 that dehumidifies to air remove passes through precooling heat pipe after haze, dehumidifying and temperature control by air
Road 3 is fed through negative aeroion and subsystem 12 occurs；The negative aeroion occurs subsystem 12 and is arranged in subsurface
Interior occurs for anion, occurs in negative aeroion in subsystem 12, and air anion generating device 121 carries out electricity to air
From making to produce anion in air, negative aeroion occurs that after system 12 ionizes air, the air after processing is sent into
Into precooling hot channel 3.
The air after processing in precooling hot channel 3 is transported to the air assignment subsystem on ground by outlet pipe 6
7, sharing out the work for multi-user in certain area is completed by air assignment subsystem 7, realizes the function of centralized air feed.It is empty
Pipeline 8 of registering one's residence in qi leel sub-combination 7 is provided with wind pressure sensor and frequency converting induced draft fan, and frequency converting induced draft fan is according to wind pressure sensor
Parameter size adjust rotating speed to control intake, and then keep the blast registered one's residence in pipeline 8 constant, the collection in each orientation
Pipeline 8 of being registered one's residence in Chinese style air's exchange system supplies user's interior space in the region nearby respectively, and pipeline 8 of registering one's residence will be net
Change the more small sized pipelines 93 that room air release subsystem 9 is connected to after air is registered one's residence, after more small sized pipelines 93 will cool
Purification air be discharged into by the aperture 92 in wooden decorative module 91 in room.Registered one's residence in each room on pipeline 8
Wind pressure sensor and temperature sensor are installed, each room is equipped with the outdoor wind outlet 11 of UNICOM, 11 positions are exported in wind
Place is provided with automatic regulating valve, and the automatic regulating valve is according to the parameter of wind pressure sensor come the switching value size of control valve, valve
The size of switching value and the proportional relation of blast size.
City G interior user's interior space discharge air after city G overhead formed zone of positive pressure F, edge negative pressure band E with
Middle part zone of positive pressure F combination prevents the floaing into improve city G air ambients of sand and dust and haze outside the G of city.
Claims (10)
1. a kind of city sand and dust haze protection system, it is characterised in that the system includes four sets for centralized cold except haze
Hot-air exchange system, four sets are laid in city respectively for centralized air's exchange system except haze（G）East, south,
West and northern four orientation；Often set system, which includes, takes wind port（1）, precooling hot channel（3）, air water atomization dedusting subsystem
（4）, the cold and hot switching subsystem of dehumidifying（5）, air assignment subsystem（7）Subsystem is discharged with room air（9）；
Described takes wind port（1）Include it is multiple, in sector arrangement on the ground to extract outdoor wind, described outdoor wind is
Cold air or hot-air, each take wind port（1）Pass through admission line（2）It is connected to precooling hot channel（3）On, four orientation
On centralized air's exchange system in fan-shaped distribution take wind port（1）Composition one surrounds city（G）Circle
Wind band is taken, annular spread is in city（G）Surrounding takes wind port（1）Outdoor air is extracted in city（G）Surrounding forms negative pressure band
（E）；
Described precooling hot channel（3）It is embedded in the soil layer of below ground, described air water atomization dedusting subsystem（4）With
Dehumidify cold and hot switching subsystem（5）It is separately positioned on precooling hot channel（3）On；
Described air water atomization dedusting subsystem（4）It is arranged in the water atomization room of subsurface, air water atomization dedusting
Subsystem（4）Receive precooling hot channel（3）In cold air or hot-air, carry out water atomization processing after pass through precooling hot channel again
（3）It is delivered to the described cold and hot switching subsystem of dehumidifying（5）In；
The cold and hot switching subsystem of described dehumidifying（5）It is arranged in the heat-exchanging chamber of subsurface, dehumidify cold and hot switching subsystem（5）
Air after handling water atomization carries out dehumidifying and cold and hot exchange respectively, the thermal source needed for cold and hot exchange be concentrated collection from
The heat energy of underground, precooling hot channel（3）In processing after air pass through outlet pipe（6）It is delivered to air assignment subsystem（7）
In, the air assignment subsystem that rest on the ground（7）At least provided with one；
Described air assignment subsystem（7）Air after the processing of reception is assigned to more pipelines of registering one's residence（8）In, described in every
Pipeline of registering one's residence（8）Different user's interior spaces is had respectively entered to be connected to room air release subsystem（9）In, each
Registered one's residence in centralized air's exchange system in orientation pipeline（8）Supply user's interior space in the region nearby respectively；
Described room air release subsystem（9）It is arranged in user's interior space, room air release subsystem（9）Including
There are multiple wooden air release modules, be equipped with release port in each air release module, air is by releasing after processing
Port release is put indoors to adjust indoor environment；
City（G）In city after internal user's interior space outlet（G）Overhead forms zone of positive pressure（F）, edge negative pressure band（E）With
Middle part zone of positive pressure（F）Combination prevent city（G）Outside sand and dust and haze float into improve city（G）Air ambient.
2. a kind of city sand and dust haze protection system according to claim 1, it is characterised in that described takes wind port
（1）To stretch out in the pipeline on ground, the taper block for being used for rainwater protection and foreign body intrusion protection is provided with the end of pipeline.
A kind of 3. city sand and dust haze protection system according to claim 1, it is characterised in that described precooling hot channel
（3）To be embedded in the circular pipe of subsurface.
A kind of 4. city sand and dust haze protection system according to claim 1, it is characterised in that described air water atomization
Dedusting subsystem（4）It is arranged in the water atomization room of underground, the air water atomization dedusting subsystem（4）Include in structure
There is the water atomization shower nozzle of the relative design in multiple positions（41）, described water atomization shower nozzle（41）High-pressure hydraulic pump is connected with by water pipe
（42）, high-pressure hydraulic pump（42）It is connected with aqueduct（44）, Water warfare return tank is provided with the bottom of water atomization room（43）, the water
Purify return tank（43）With aqueduct（44）Connection.
A kind of 5. city sand and dust haze protection system according to claim 4, it is characterised in that the cold and hot friendship of described dehumidifying
Change subsystem（5）It is arranged in the heat-exchanging chamber of underground, the cold and hot switching subsystem of the dehumidifying（5）Include in structure multiple
Fin（51）, described fin（51）With earth source heat pump（10）Output channel after upper collection heat（52）It is connected, ground
Source heat pump（10）The heat energy from underground is gathered, it is multiple to be generally aligned in the same plane interior fin（51）Heat sink layer is formed, is handed in heat
The indoor heat sink layer for being provided with multiple stacked distributions is changed, in the fin（51）On be additionally provided with fine hair（53）, the heat exchange
Indoor ponding passes through precooling hot channel（3）It flow to the Water warfare return tank of water atomization room bottom（43）It is interior, heat-exchanging chamber and water
Precooling hot channel between spray chamber（3）With inclination angle to guide the flowing of ponding.
A kind of 6. city sand and dust haze protection system according to claim 1, it is characterised in that described air distribution
System（7）Set on the ground, described air assignment subsystem（7）Include air-introduced machine（71）And air distribution device
（72）, the air distribution device（72）Include an air inlet port（73）With multiple air outlets（74）, described inlet end
Mouthful（73）Connect outlet pipe（6）, in outlet pipe（6）On be additionally provided with described air-introduced machine（71）, each described outlet side
Mouthful（74）A pipeline of registering one's residence is connected respectively（8）, in each air outlet（74）Opening position is respectively equipped with a gas source switch
（75）To control folding.
7. a kind of city sand and dust haze protection system according to claim 1, it is characterised in that described room air is released
Put subsystem（9）In air release module be the multiple wooden decorative modules being laid on user's interior space wall（91）,
Described pipeline of registering one's residence（8）The more small sized pipelines that branch goes out（93）It is respectively connecting to wooden decorative module（91）On, wooden
Decorative module（91）On multiple apertures as release port are distributed with（92）, wind outlet is additionally provided with user's interior space
（11）.
A kind of 8. city sand and dust haze protection system according to claim 1, it is characterised in that described air water atomization
Subsystem（4）Provided with covering to realize multi-level water nebulization dust, often cover air water smoke sub-systems more（4）It is separately positioned on individually
In water atomization room, adjacent air water smoke sub-systems（4）Between pass through precooling hot channel（3）Connection.
9. a kind of city sand and dust haze protection system according to claim 1 or 8, it is characterised in that described removing is clammy
Heat exchange subsystem（5）Provided with more sets to realize multistage dehumidifying heat exchange, the described cold and hot switching subsystem of dehumidifying is often covered（5）Point
It is not arranged in single heat-exchanging chamber, the cold and hot switching subsystem of adjacent dehumidifying（5）Between pass through precooling hot channel（3）Even
It is logical.
10. a kind of city sand and dust haze protection system according to claim 1, it is characterised in that often cover for except haze
Centralized air's exchange system also includes negative aeroion and subsystem occurs（12）, described negative aeroion occurs sub
System（12）Indoor, described negative aeroion generation subsystem occurs for the anion for being arranged in underground（12）It is arranged on pre-
Cold and hot pipeline（3）On, subsystem occurs for the negative aeroion（12）It is arranged on the cold and hot switching subsystem of dehumidifying（5）And escape pipe
Road（6）Between, subsystem occurs for described negative aeroion（12）Interior occurs for the anion for being arranged on subsurface, and the air is born
Subsystem occurs for ion（12）Include multiple air anion generating devices in structure（121）, described multiple negative aeroions
Generating means（121）It is located at anion and interior occurs.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720848741.4U CN207081128U (en) | 2017-07-13 | 2017-07-13 | A kind of city sand and dust haze protection system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720848741.4U CN207081128U (en) | 2017-07-13 | 2017-07-13 | A kind of city sand and dust haze protection system |
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| CN207081128U true CN207081128U (en) | 2018-03-09 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109268988A (en) * | 2018-10-17 | 2019-01-25 | 蒋博涵 | A kind of air-conditioning system and construction method using underground heat |
| CN113007841A (en) * | 2021-04-20 | 2021-06-22 | 关亚甜 | Formula of sinking environmental protection air purification device |
-
2017
- 2017-07-13 CN CN201720848741.4U patent/CN207081128U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109268988A (en) * | 2018-10-17 | 2019-01-25 | 蒋博涵 | A kind of air-conditioning system and construction method using underground heat |
| CN113007841A (en) * | 2021-04-20 | 2021-06-22 | 关亚甜 | Formula of sinking environmental protection air purification device |
| CN113007841B (en) * | 2021-04-20 | 2022-10-28 | 必盈环境工程技术(江苏)有限公司 | Formula of sinking environmental protection air purification device |
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