CN208704067U - A kind of centralized hot and cold air exchange system removing haze for whole city - Google Patents
A kind of centralized hot and cold air exchange system removing haze for whole city Download PDFInfo
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- CN208704067U CN208704067U CN201720849211.1U CN201720849211U CN208704067U CN 208704067 U CN208704067 U CN 208704067U CN 201720849211 U CN201720849211 U CN 201720849211U CN 208704067 U CN208704067 U CN 208704067U
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Abstract
The utility model relates to arrive a kind of centralized hot and cold air exchange system that haze is removed for whole city, the system includes to take wind port, heat pipeline is pre-chilled, air water atomization dedusting subsystem, dehumidify cold and hot switching subsystem, subsystem occurs for negative aeroion, air assignment subsystem and room air discharge subsystem, take wind port annular spread in the surrounding in city, and air water atomization dedusting subsystem is sequentially connected by the way that heat pipeline is pre-chilled, dehumidify cold and hot switching subsystem and air assignment subsystem, air assignment subsystem discharges subsystem by the room air that pipeline of registering one's residence connects different user.The utility model realizes that city surrounding takes wind by unified arrangement, centralization is exchanged except haze and hot and cold air, it is supplied respectively in the different user space being assigned in the same area again, the environmental treatment and optimization of globality are realized, to obtain the effect for optimizing outdoor integrated environment, purifying air and improvement indoor user habitation environment quality in region.
Description
Technical field
The utility model relates to arrive environment protection field, it is related specifically to a kind of centralized hot and cold air friendship for whole city except haze
Change system.
Background technique
Haze is unquestionably the maximum environmental problem that our current countries face, and how to improve the inhabitation ring in city
Border, reducing haze pollution is the ultimate challenge that we should cope with.From State-level and enterprise and resident all thinking it is each to the greatest extent
Method is planted to cope with challenges, various counte-rplan also emerge one after another, it is shown that the infinite wisdom of the people, but various sides
There is various limitations again for case.
Summarize our response environments and haze problem, there are several types of modes as solution: first is to reduce discharge,
The yield of haze is controlled from source；Second is removal haze, and existing haze is collected as far as possible, or conversion mist
The existing forms of haze, to reduce the influence to human body；Third is to shift the position of haze, or it is shifted from a place
To another place, thus keep one it is local clean.It is globality above except haze mode, belongs to the improvement under overall situation
Scheme.
And for interior, it takes fresh air system substantially to exclude foul indoor air, introduces extraneous fresh air.It is adopted
The equipment taken is usually new wind devices, especially Household fresh air system and air purifier etc., and working principle is all self-loopa,
It is only used for removing haze in individual space, so being inoperative to outdoor haze.In addition, current fresh air system is to house
The change of interior temperature is substantially invalid, even if there is so-called heating device, heating effect is also very limited.
For small and medium-sized cities, lack the equipment of the economy that clean air is provided whole city and environmental protection.
Summary of the invention
The purpose of the utility model is to overcome above-mentioned the deficiencies in the prior art, provide a kind of new for whole city
Except the centralized hot and cold air exchange system of haze.The centralized hot and cold air exchange system of the utility model is wanted can be to greatest extent
Removal haze, improve air quality, and centralization realize regional cooling or heating work, on the basis for improving environment
Upper realization temp regulating function concentrates construction water atomization room and heat-exchanging chamber, in city especially for small and medium-sized cities in city
The air for taking wind port to extract city surrounding is annularly arranged in the surrounding in city, has good economic effect and environment protecting.
In order to reach above-mentioned purpose of utility model, the technical solution that the utility model patent provides is as follows:
A kind of centralized hot and cold air exchange system removing haze for whole city, which includes to take wind port, precooling heat
Pipeline, air water atomization dedusting subsystem, the cold and hot switching subsystem of dehumidifying, air assignment subsystem and room air discharge subsystem
System；
The wind port that takes includes on the ground of multiple, described surroundings for taking wind port to be annularly distributed in city
To extract outdoor wind, the outdoor wind is cold air or hot-air, each take wind port pass through admission line be connected to it is pre-
On cold and hot pipeline；
The precooling heat pipe built-in air water atomization dedusting subsystem and removes in the soil layer of below ground
Clammy heat exchange subsystem is separately positioned on pre-cooling heat pipeline；
The air water atomization dedusting subsystem is arranged in the water atomization room of subsurface, air water atomization dedusting
Subsystem receives the cold air or hot-air in pre-cooling heat pipeline, passes through precooling heat pipeline extremely again after carrying out water atomization processing
In the cold and hot switching subsystem of the dehumidifying；
The cold and hot switching subsystem of dehumidifying is arranged in the heat-exchanging chamber of subsurface, and dehumidify cold and hot switching subsystem pair
Water atomization treated hot and cold air carries out respectively dehumidifying and cold and hot exchange, heat source needed for cold and hot exchange are concentrated collections from ground
Under thermal energy, air is delivered in air assignment subsystem by outlet pipe after the processing being pre-chilled in heat pipeline, positioned at ground
On air assignment subsystem at least provided with one；
Air after received processing is assigned in more pipelines of registering one's residence by the 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；
The 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 discharges indoors to adjust indoor environment.
In the centralized hot and cold air exchange system that the utility model removes haze for whole city, the wind port that takes is to stretch
For the pipeline on ground, the taper nut cap for rainwater protection and foreign body intrusion protection is equipped in the end of pipeline.
In the centralized hot and cold air exchange system that the utility model removes haze for whole city, the pre-cooling heat pipeline is
It is embedded in the circular pipe of subsurface.
In the utility model in centralized hot and cold air exchange system of the whole city except haze, as a kind of optimization design,
The air water atomization dedusting subsystem is arranged in the water atomization room of underground, which exists
It include the water atomization spray head of the opposite design in multiple positions in structure, the water atomization spray head is connected with high pressure water by water pipe
Pump, high-pressure hydraulic pump are connected with aqueduct, are equipped with Water warfare return tank, the Water warfare return tank and institute in the bottom of water atomization room
The aqueduct connection stated.
In the utility model in centralized hot and cold air exchange system of the whole city except haze, as a kind of optimization design,
The cold and hot switching subsystem of dehumidifying is arranged in the heat-exchanging chamber of underground, in the cold and hot switching subsystem structure of the dehumidifying
It include multiple cooling fins, the cooling fin is connected with the output channel after acquisition thermal energy on earth source heat pump, earth source heat pump
The thermal energy from underground is acquired, multiple cooling fins being in the same plane form heat sink layer, are equipped in heat-exchanging chamber multiple
The heat sink layer of stacked distribution, is additionally provided with villus on the cooling fin, and the indoor ponding of heat exchange passes through pre-cooling heat pipe
Road is flow in the Water warfare return tank of water atomization room bottom, and the pre-cooling heat pipeline between heat-exchanging chamber and water atomization room has inclination angle
To guide the flowing of ponding.
In the utility model in centralized hot and cold air exchange system of the whole city except haze, as a kind of optimization design,
On the ground, the air assignment subsystem includes air-introduced machine and air distribution dress for the air assignment subsystem setting
It sets, which includes an air inlet port and multiple air outlets, and the air inlet port connects outlet pipe,
The air-introduced machine, each air outlet distribution piece pipeline of registering one's residence of connection, each are additionally provided on outlet pipe
A gas source switch is respectively equipped at air outlet position to control the folding for pipeline of registering one's residence.
In the utility model in centralized hot and cold air exchange system of the whole city except haze, as a kind of optimization design,
Air release module in the described room air release subsystem be laid on it is multiple wooden on user's interior space wall
Decoration module, the more small sized pipelines that pipeline branch goes out of registering one's residence are respectively connected in wooden decorative module, in wooden dress
Multiple apertures as release port are distributed in decorations module, the wind being additionally provided in user's interior space together with indoor and outdoor goes out
Mouthful.
In the utility model in centralized hot and cold air exchange system of the whole city except haze, as a kind of optimization design,
The air water mist sub-systems are equipped with more sets to realize that multi-level water nebulization dust, every set air water mist sub-systems are set respectively
It sets in individual water atomization room, adjacent vacant air water is atomized between subsystem through pre-cooling heat pipeline connection.
In the utility model in centralized hot and cold air exchange system of the whole city except haze, as a kind of optimization design,
The cold and hot switching subsystem of the dehumidifying is equipped with more sets to realize multistage dehumidifying heat exchange, the cold and hot recon of dehumidifying described in every set
System is separately positioned in individual heat-exchanging chamber, passes through pre-cooling heat pipeline connection between the adjacent cold and hot switching subsystem of dehumidifying.
In the utility model in centralized hot and cold air exchange system of the whole city except haze, as a kind of optimization design,
The system further includes that subsystem occurs for negative aeroion, and subsystem setting occurs for the negative aeroion in pre-cooling heat pipeline
On, the negative aeroion occurs subsystem setting and is dehumidifying between cold and hot switching subsystem and outlet pipe, the air
Anion occurs
Multiple air anion generating devices, multiple air anion generating devices are located at anion and interior occur.
Based on the above-mentioned technical proposal, the utility model is for whole city except the centralized hot and cold air exchange system of haze is being practiced
In achieve following technical effect:
1. the utility model is for whole city except the premiere feature of the centralized hot and cold air exchange system of haze is to pass through multiple spot
Outdoor air is acquired, and realizes that the purifying and dedusting of haze may be used also other than multiple nebulization dust by water mist sub-systems
By using ionization except haze etc. in a manner of, air cleaning by outdoor containing haze, to achieve the purpose that dedusting and except haze.
2. the utility model is for whole city except the major function of the centralized hot and cold air exchange system of haze is by cold and hot
Exchange system exchanges the heat on earth source heat pump, cools down if introducing hot-air, heats up if introducing cold air,
It is held essentially constant to reach the temperature of air, being calculated is 16 to 25 DEG C, the air supply after purification and heat exchange process
Into user's space, to keep with air after fresh processing in user's space, and bulk temperature is kept to be in comfortable
State, the air anion generating device that is equipped in subsystem occurs in negative aeroion, air is ionized, improves empty
Negative ion concentration in gas, improving air quality can be to user's space by the air delivery containing anion to user's space
Depositing dust dehumidifying sterilization is played, the comfort level of user's space is increased.
3. the utility model is for whole city except the centralized hot and cold air exchange system of haze successfully key can be room
Interior air discharges subsystem, and a large amount of wooden decorative module is only laid in user's space, is formed in user's space numerous
Release port, be likely to keep the gentle breeze field of the interior space by micro air volume, and then by the temperature and wind pressure of the interior space
It controls in the range that human body is suitable for.
4. centralized hot and cold air exchange system great advantage of the utility model for haze to be removed in whole city is, by city
Surrounding arrangement in city's takes wind port, will be largely containing the user's space being supplied in city after haze air progress purified treatment
In, the foul atmosphere in user's space is outside exclusion, to form the space of an opposite closed loop, the external world contains in this space
It is entered back into city after thering is haze air substantially to handle, to keep the neat and tidy in bed rearrangement city.
5, the centralized hot and cold air exchange system great advantage that the utility model removes haze for whole city is, in city
Construction water atomization room and heat-exchanging chamber are concentrated, the air for taking wind port to extract city surrounding is annularly arranged in the surrounding in city,
The top for taking wind port to extract the air of city surrounding to form negative pressure band, in city after indoor purification air release in city
Zone of positive pressure is formed, under differential pressure action, the air above city flows to city surrounding, to prevent the haze of city surrounding empty
Air-flow is into city, therefore the system not only has the effect of purifying the air of a room, but also for the exterior space in entire city
Air also have catharsis, the system is for small and medium-sized cities, using construction water atomization room and heat-exchanging chamber is concentrated, in city
City's surrounding, which is annularly distributed, takes wind port, has saved construction fund, with good economic efficiency.
Detailed description of the invention
Fig. 1 is a kind of structure composition signal of centralized hot and cold air exchange system for whole city except haze of the utility model
Figure.
Fig. 2, which is that the utility model is a kind of, to be removed for whole city except the hollow air water of the centralized hot and cold air exchange system of haze is atomized
The structure composition schematic diagram of dirt subsystem.
Fig. 3 is the cold and hot exchange that dehumidifies in a kind of centralized hot and cold air exchange system for removing haze for whole city of the utility model
The structure composition schematic diagram of subsystem.
Fig. 4, which is that the utility model is a kind of, removes negative aeroion hair in the centralized hot and cold air exchange system of haze for whole city
The structure composition schematic diagram of raw subsystem.
Fig. 5, which is that the utility model is a kind of, removes air distribution subsystem in the centralized hot and cold air exchange system of haze for whole city
The structure composition schematic diagram of system.
Fig. 6, which is that the utility model is a kind of, removes room air release in the centralized hot and cold air exchange system of haze for whole city
Subsystem structure composition schematic diagram.
Fig. 1 is into Fig. 6: 1 is takes wind port, and 2 be admission line, and 3 be pre-cooling heat pipeline, and 4 be air water atomization dedusting
System, 41 be water atomization spray head, 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 cooling fin, and 52 be output channel, and 53 be villus, 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 outlet, 12 occur subsystem for negative aeroion, and 121 be air anion generating device.
Specific embodiment
We come to the utility model for whole city in conjunction with attached drawing and specific embodiment except the centralization of haze is cold and hot below
Air exchange system is described in further detail, to understand in the utility model in a manner of the integral arrangement of system, structure composition
With corresponding working method, but the protection scope of the utility model cannot be used as a limitation.
Embodiment 1: as shown in Figures 1 to 6, the utility model is a kind of centralized hot and cold air friendship for whole city except haze
System is changed, using bed rearrangement city as except haze and for the place of comfort air, to realize that outdoor air is extracted in dispersion, is focused on
Afterwards in the user's space being dispersedly supplied in city.
For from overall structure, the system of the present embodiment includes to take wind port 1, pre-cooling heat pipeline 3, air water atomization
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.It takes wind port 1 to concentrate by pre-cooling heat pipeline 3 and shares same place air water atomization dedusting subsystem 4, removes
Clammy heat exchange subsystem 5 and air assignment subsystem 7 connect 7 pipeline 8 of registering one's residence with air assignment subsystem and are laid with prolong respectively
The interior space of resident family and the interior space of public place are extended to, air passes through position to pipeline 8 of registering one's residence by treated
Realize that air replacement and temperature are adjusted in the air release subsystem 9 of user's interior space.
The present embodiment take wind port 1 include it is multiple, be annularly distributed on the ground of the surrounding in city to extract room
Exogenous wind, every place takes the fan-shaped distribution again of wind port.According to seasonal variations difference, outdoor wind be cold air or hot-air, certainly
It can also be with the air of normal temperature.It each of is arranged on ground and wind port 1 to be taken to be connected to pre-cooling heat pipeline by admission line 2
On 3.
The pre-cooling heat pipeline 3 is embedded in the soil layer of below ground, and the air water atomization dedusting subsystem 4 is set
In in water atomization room, the cold and hot switching subsystem 5 of the dehumidifying is set in heat-exchanging chamber, and subsystem occurs for the negative aeroion
System 12 is set to anion and interior occurs, and the water atomization room, heat-exchanging chamber and anion occur room and be sequentially arranged in pre-cooling heat pipeline 3
On；The air water atomization dedusting subsystem 12 receives the cold air or hot-air in pre-cooling heat pipeline 3, carries out at water atomization
It is delivered in the cold and hot switching subsystem 5 of dehumidifying by the way that heat pipeline 3 is pre-chilled again after reason；The cold and hot exchange subsystem of the dehumidifying
It unites 5 pairs of water atomizations treated cold air or hot-air carries out dehumidifying and cold and hot exchange respectively, heat source needed for cold and hot exchange is
From the thermal energy of underground, the cold and hot switching subsystem 5 that dehumidifies will dehumidify with the air after cold and hot exchange by precooling pipe concentrated collection
Road 3 is sent into negative aeroion and subsystem 12 occurs；The negative aeroion occurs the negative aeroion in subsystem 12 and occurs
Device 121 handles air, makes to generate anion in air, and then by treated, air is sent into pre-cooling heat pipeline 3,
Treated in pre-cooling heat pipeline 3, and air is delivered in air assignment subsystem 7 by outlet pipe 6, and air distributes subsystem
System 7 is connected between the air assignment subsystem 7 and pre-cooling heat pipeline 3 by outlet pipe 6 at least provided with one.Air distribution
Air after received processing is assigned in more pipelines 8 of registering one's residence by subsystem 7, and pipeline 8 of registering one's residence described in every has respectively entered
Different user's interior spaces is to be connected in room air release subsystem 9.Room air discharges subsystem 9 and is arranged in user
In the interior space, it includes multiple wooden air release modules that room air, which discharges subsystem 9, in each air release module
On be equipped with release port, after processing air by release port discharge indoors to adjust indoor environment.
In the present embodiment, the wind port 1 that takes is the pipeline stretched out on ground, is equipped with and is used in the end of pipeline
The taper nut cap of rainwater protection and foreign body intrusion protection；
The pre-cooling heat pipe 3 is the circular pipe for being embedded in subsurface；
As shown in Fig. 2, the air water atomization dedusting subsystem 4 is arranged in the water atomization room of underground, the sky
Air water nebulization dust subsystem 4 includes the water atomization spray head 41 of the opposite design in multiple positions, the water atomization in structure
Spray head 41 is connected with high-pressure hydraulic pump 42 by water pipe, and high-pressure hydraulic pump 42 is connected with aqueduct 44, sets in the bottom of water atomization room
There is Water warfare return tank 43, which is connected to the aqueduct 44, the air water atomization subsystem
System 4 is equipped with more sets to realize that multi-level water nebulization dust, every set air water mist sub-systems 4 are separately positioned on individual water atomization room
In, adjacent vacant air water is atomized between subsystem 4 to be connected to by pre-cooling heat pipeline 3.
As shown in figure 3, the cold and hot switching subsystem 5 of dehumidifying is arranged in the heat-exchanging chamber of underground, the dehumidifying
It include multiple cooling fins 51 in cold and hot 5 structure of switching subsystem, the efferent duct on the cooling fin 51 and earth source heat pump 10
Road 52 is connected, which is connected on cooling fin 51 as the output port that earth source heat pump 10 acquires underground heat energy,
Multiple cooling fins 51 being in the same plane form heat sink layer, and the cooling fin of multiple stacked distributions is equipped in heat-exchanging chamber
Layer, is additionally provided with villus 53 on the cooling fin 51, and the indoor ponding of heat exchange flow to water atomization by pre-add heat pipeline 3
In the Water warfare return tank 43 of room bottom, it is multistage except damp and hot friendship to realize that the cold and hot switching subsystem 5 of the dehumidifying is equipped with more sets
It changes, the cold and hot switching subsystem 5 of dehumidifying described in every set is separately positioned in individual heat-exchanging chamber, the adjacent cold and hot recon of dehumidifying
It is connected between system 5 by pre-cooling heat pipeline 3；
As shown in figure 4, the setting of subsystem 12 occurs for the negative aeroion on pre-cooling heat pipeline 3, the air is negative
Ion occurs the setting of subsystem 12 and is dehumidifying between cold and hot switching subsystem 5 and outlet pipe 6, and the negative aeroion occurs
Interior occurs for the anion that subsurface is arranged in subsystem 12, which occurs to include multiple skies in 12 structure of subsystem
Gas negative ion generating device 121, multiple air anion generating devices 121 are located at anion and interior occur.
As shown in figure 5, the setting of air assignment subsystem 7 is on the ground, the air assignment subsystem 7 includes
There are air-introduced machine 71 and air distribution device 72, which includes an air inlet port 73 and multiple air outlets
74, the air inlet port 73 connects outlet pipe 6, is additionally provided with the air-introduced machine 71 on outlet pipe 6, each described
The distribution piece pipeline 8 of registering one's residence of connection of air outlet 74, is respectively equipped with a gas source switch 75 at each 74 position of air outlet
To control folding；
As shown in fig. 6, the air release module in the room air release subsystem 9 is to be laid on user's Interior Space
Between multiple wooden decorative modules 91 on wall, the more small sized pipelines 93 that 8 branch of pipeline goes out of registering one's residence are respectively connected to
In wooden decorative module 91, multiple apertures 92 as release port are distributed in wooden decorative module 91.
Realize that summer removes except the centralized hot and cold air exchange system of haze using the utility model whole city in the present embodiment
Haze temperature-fall period:
Firstly, be annularly distributed in city surrounding takes wind port 1 persistently to extract the hot-air of outdoor public areas, pass through
Pre-cooling heat pipeline 3 is transported to underground, enters to air water atomization after hot-air first preliminary cooling in the pre-cooling heat pipeline 3 of underground
Interior is dusted cooling using the meet and discuss water mist of ejection of water atomization, the higher atomizing air of moisture content after dedusting cooling, by
It is higher in atomizing air moisture content, it is convenient for subsequent cold and hot exchange, atomizing air is transported to hot friendship by pre-cooling heat pipeline 3
It changes in room, band villous 53, causes the water mist in atomizing air to be gathered on villus 53 and claim on the indoor cooling fin 51 of heat exchange
For water droplet, to reduce the moisture content in atomizing air, water droplet drops to purification standby in Water warfare return tank after flowing down subsequent
It uses.The flowing of 51 internal cause of cooling fin has GEOTHERMAL WATER, which keeps temperatures low, and absorbs atomizing air by cooling fin 51
In heat, to reduce the temperature of atomizing air.By the cold and hot exchange that repeatedly dehumidifies, atomizing air is become to purify air,
And temperature controls in the section of 16-25 degree, which is required use temperature range, and then is completed except haze and drop
Temperature work.
Except haze and cooling treated purification air by pre-cooling heat pipeline 3 enter negative aeroion occur subsystem 12,
Occur in subsystem 12 in negative aeroion, air anion generating device 121 ionizes air, makes to generate in air negative
Ion, after negative aeroion generating system 12 ionizes air, by treated, air is fed through in pre-cooling heat pipeline 3,
Treated in pre-cooling heat pipeline 3, and air is transported in the air assignment subsystem 7 resting on the ground via outlet pipe 6,
Sharing out the work for multi-user in certain area is completed by air assignment subsystem 7, realizes centralization for the function of cold air.It is empty
Pipeline 8 of registering one's residence in gas assignment subsystem 7 is equipped 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 revolving speed to control intake, and then keep the wind pressure registered one's residence in pipeline 8 constant, pipeline 8 of registering one's residence will drop
Purification air after temperature is connected to more small sized pipelines 93 of room air release subsystem 9, more small sized pipelines 93 after registering one's residence
Purification air after cooling is discharged into room by the aperture 92 in wooden decorative module 91.It registers one's residence in each room pipe
Wind pressure sensor and temperature sensor are mounted on road 8, each room is equipped with the wind outlet 11 of connection open air, exports in wind
Automatic regulating valve is equipped at 11 positions, the automatic regulating valve is big come the switching value of control valve according to the parameter of wind pressure sensor
Small, size and the wind pressure size of valve switch amount are proportional to.To realize that room temperature reaches the 16-25 of suitable human body
Degree.
For winter, what is persistently extracted is the cold air of outdoor public areas, and cold air is in water atomization room by water
The water mist dust-removing that atomizer 41 sprays is added in the cold and hot switching subsystem that dehumidifies by the geothermal energy from earth source heat pump 10
Heat, the purification hot-air after being heated enter negative aeroion and occur in subsystem 12, and subsystem 12 occurs in negative aeroion
In, air is ionized, and enters air assignment subsystem 7, air distribution then in turn through pre-cooling heat pipeline 3 and outlet pipe 6
Subsystem 7 send the purification hot-air after heating to each room by pipeline 8 of registering one's residence, pipeline 8 of registering one's residence in each room
On be mounted on wind pressure sensor and temperature sensor, each room is equipped with the wind outlet 11 of connection open air, exports 11 in wind
Be equipped with automatic regulating valve at position, the automatic regulating valve according to the parameter of wind pressure sensor come the switching value size of control valve,
The size of valve switch amount is proportional to wind pressure size.To realize that room temperature reaches the 16-25 degree of suitable human body.
Construction water atomization room and heat-exchanging chamber are concentrated in city, the surrounding in city, which is annularly arranged, takes wind port 1 to take out
The air for taking city surrounding takes wind port 1 to extract the air of city surrounding to form negative pressure band, indoor purification air in city
Top after release in city forms zone of positive pressure, and under differential pressure action, the air above city flows to city surrounding, to prevent
The haze air of city surrounding flows in city, therefore the system not only has the effect of purifying the air of a room, but also for
The air of the exterior space also has catharsis in entire city, which builds water mist for small and medium-sized cities, using concentrating
Change room and heat-exchanging chamber, surrounding, which is annularly distributed, in city takes wind port 1, has saved construction fund, has good economic effect
Benefit.
Claims (9)
1. a kind of centralized hot and cold air exchange system for removing haze for whole city, which is characterized in that the system includes to take wind end
Mouth (1), pre-cooling heat pipeline (3), air water atomization dedusting subsystem (4), the cold and hot switching subsystem (5) of dehumidifying, air distribution
System (7) and room air release subsystem (9)；
The wind port (1) that takes includes the ground of multiple, described surroundings for taking wind port (1) to be annularly distributed in city
On to extract outdoor wind, the outdoor wind is cold air or hot-air, each takes wind port (1) by admission line (2)
It is connected in pre-cooling heat pipeline (3)；
The pre-cooling heat pipeline (3) is embedded in the soil layer of below ground, the air water atomization dedusting subsystem (4) and
The cold and hot switching subsystem (5) that dehumidifies is separately positioned in pre-cooling heat pipeline (3)；
The air water atomization dedusting subsystem (4) is arranged in the water atomization room of subsurface, air water atomization dedusting
Subsystem (4) receives the cold air or hot-air in pre-cooling heat pipeline (3), passes through pre-cooling heat pipeline again after carrying out water atomization processing
(3) it is delivered in the cold and hot switching subsystem of dehumidifying (5)；
The cold and hot switching subsystem of the dehumidifying (5) is arranged in the heat-exchanging chamber of subsurface, dehumidifies cold and hot switching subsystem (5)
Dehumidifying and cold and hot exchange are carried out respectively to water atomization treated cold air or hot-air, heat source needed for cold and hot exchange is to concentrate
The thermal energy from underground is acquired, air is delivered to air by outlet pipe (6) and distributes subsystem after the processing in pre-cooling heat pipeline (3)
It unites in (7), the air assignment subsystem (7) resting on the ground is at least provided with one；
Air after received processing is assigned in more pipelines of registering one's residence (8) by the air assignment subsystem (7), described in every
Pipeline of registering one's residence (8) have respectively entered different user's interior spaces be connected to room air release subsystem (9) in；
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, release port is equipped in each air release module, air is by releasing after processing
Port release is put indoors to adjust indoor environment；
Air release module in described room air release subsystem (9) be laid on it is more on user's interior space wall
A wooden decorative module (91), the more small sized pipelines (93) that pipeline of registering one's residence (8) branch goes out are respectively connected to wooden dress
It adorns on module (91), multiple apertures (92) as release port is distributed on wooden decorative module (91), in user room
Space is additionally provided with wind outlet (11)；
It registers one's residence in each room and is mounted on wind pressure sensor and temperature sensor on pipeline (8), export (11) position in wind
Place is equipped 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.
2. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 1, which is characterized in that
The wind port (1) that takes is the pipeline stretched out on ground, is equipped in the end of pipeline for rainwater protection and foreign body intrusion
The taper nut cap of protection.
3. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 1, which is characterized in that
The pre-cooling heat pipeline (3) is the circular pipe for being embedded in subsurface.
4. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 1, which is characterized in that
The air water atomization dedusting subsystem (4) is arranged in the water atomization room of underground, the air water atomization dedusting subsystem
System (4) includes the water atomization spray head (41) of the opposite design in multiple positions in structure, and the water atomization spray head (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 equipped with water in the bottom of water atomization room
It purifies return tank (43), which is connected to aqueduct (44).
5. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 4, which is characterized in that
The cold and hot switching subsystem of the dehumidifying (5) is arranged in the heat-exchanging chamber of underground, the cold and hot switching subsystem of the dehumidifying (5)
It include multiple cooling fins (51) in structure, the cooling fin (51) is connected with the output channel (52) of earth source heat pump (10)
It connecing, earth source heat pump (10) acquires the thermal energy from underground, and multiple cooling fins (51) being in the same plane form heat sink layer,
It is equipped with the heat sink layer of multiple stacked distributions in heat-exchanging chamber, villus (53), the heat are additionally provided on the cooling fin (51)
It exchanges indoor ponding and is flow in the Water warfare return tank (43) of water atomization room bottom by the way that heat pipeline (3) are pre-chilled, heat-exchanging chamber
Pre-cooling heat pipeline (3) between water atomization room has inclination angle to guide the flowing of ponding.
6. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 1, which is characterized in that
Described air assignment subsystem (7) setting on the ground, the 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) and multiple air outlets (74),
The air inlet port (73) connects outlet pipe (6), the air-introduced machine (71) is additionally provided on outlet pipe (6), each
The air outlet (74) is separately connected a pipeline of registering one's residence (8), is respectively equipped with one at each air outlet (74) position
A gas source switch (75) is to control folding.
7. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 1, which is characterized in that
The air water atomization dedusting subsystem (4) is equipped with more sets to realize multi-level water nebulization dust, every set air water atomization dedusting
Subsystem (4) is separately positioned in individual water atomization room, passes through pre-cooling between adjacent air water atomization dedusting subsystem (4)
Heat pipeline (3) connection.
8. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 1 or claim 7, feature exist
In the cold and hot switching subsystem of the dehumidifying (5) is equipped with more sets to realize that multistage dehumidifying heat exchange, dehumidifying described in every set are cold and hot
Switching subsystem (5) is separately positioned in individual heat-exchanging chamber, passes through pre-cooling between the adjacent cold and hot switching subsystem (5) of dehumidifying
Heat pipeline (3) connection.
9. a kind of centralized hot and cold air exchange system for removing haze for whole city according to claim 1 or claim 7, feature exist
In the system further includes that subsystem (12) occur for negative aeroion, and the negative aeroion occurs subsystem (12) setting and exists
It is pre-chilled on heat pipeline (3), subsystem (12) setting occurs for the negative aeroion in cold and hot switching subsystem (5) and the outlet of dehumidifying
Between pipeline (6), the anion generation interior that subsurface is arranged in subsystem (12), the air occur for the negative aeroion
Anion occur subsystem (12) structure on include multiple air anion generating devices (121), multiple air bear from
Sub- generating device (121) is located at anion and interior occurs.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720849211.1U CN208704067U (en) | 2017-07-13 | 2017-07-13 | A kind of centralized hot and cold air exchange system removing haze for whole city |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720849211.1U CN208704067U (en) | 2017-07-13 | 2017-07-13 | A kind of centralized hot and cold air exchange system removing haze for whole city |
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| Publication Number | Publication Date |
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| CN208704067U true CN208704067U (en) | 2019-04-05 |
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| CN201720849211.1U Active CN208704067U (en) | 2017-07-13 | 2017-07-13 | A kind of centralized hot and cold air exchange system removing haze for whole city |
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| Country | Link |
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| CN (1) | CN208704067U (en) |
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