CN107238151A - It is a kind of to be used for centralized air's exchange system except haze - Google Patents
It is a kind of to be used for centralized air's exchange system except haze Download PDFInfo
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- CN107238151A CN107238151A CN201710571170.9A CN201710571170A CN107238151A CN 107238151 A CN107238151 A CN 107238151A CN 201710571170 A CN201710571170 A CN 201710571170A CN 107238151 A CN107238151 A CN 107238151A
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- air
- subsystem
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- hot
- precooling
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F3/00—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems
- F24F3/001—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems in which the air treatment in the central station takes place by means of a heat-pump or by means of a reversible cycle
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/02—Ducting arrangements
- F24F13/06—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser
- F24F13/068—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser formed as perforated walls, ceilings or floors
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0046—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater using natural energy, e.g. solar energy, energy from the ground
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
- F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
- F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
- F24F8/117—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering using wet filtering
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
- F24F8/95—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying specially adapted for specific purposes
- F24F8/99—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying specially adapted for specific purposes for treating air sourced from urban areas, e.g. from streets
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Energy (AREA)
- Sustainable Development (AREA)
- Devices For Blowing Cold Air, Devices For Blowing Warm Air, And Means For Preventing Water Condensation In Air Conditioning Units (AREA)
Abstract
It is used for centralized air's exchange system except haze the present invention relates to a kind of, the system, which includes, takes wind port, precooling hot channel, air water atomization dedusting subsystem, dehumidify cold and hot switching subsystem, air assignment subsystem and room air release subsystem, wind port is taken to connect precooling hot channel by admission line, air water atomization dedusting subsystem and the cold and hot switching subsystem that dehumidifies are sequentially arranged on precooling hot channel, the precooling hot channel after cold and hot switching subsystem that dehumidifies passes through outlet pipe and connects air assignment subsystem, air assignment subsystem is connected on the room air release subsystem being distributed in different user space respectively by many pipelines of registering one's residence.The present invention first passes through multiple spot for centralized air's exchange system except haze and takes wind, again by centralization except haze and air's exchange, air is redistributed to different user's spaces after processing, realizes outdoor environment processing and the optimization of indoor environment, air quality is improved with globality.
Description
Technical field
The present invention relates to field of Environment Protection, a kind of centralized air's exchange system for being used to remove haze is related specifically to.
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 are thinking each to the greatest extent
Plant method 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
Case has various limitations again.
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 tried one's best and collected, 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, thus keep one it is local clean.Above is globality remove haze mode, the improvement belonged under overall situation
Scheme.
And for interior, substantially take VMC to exclude foul indoor air, introduce extraneous fresh air.Adopted
The equipment taken is usually new wind devices, particularly Household fresh air system and air purifier etc., and its operation principle is all self-loopa,
It is only used for removing haze in individual space, so being inoperative to outdoor haze.In addition, current VMC is to house
The change of interior temperature is substantially invalid, even if there is so-called heater element, heating effect is also very limited.
The content of the invention
It is an object of the invention to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of new collection for being used to remove haze
Chinese style air's exchange system.Centralized air's exchange system of the present invention can will to greatest extent remove haze,
Improve air quality, and centralization realize regional cooling or heating work, realize temperature on the basis of environment is improved
Regulatory function.
In order to reach foregoing invention purpose, the technical scheme that patent of the present invention is provided is as follows：
A kind of to be used for centralized air's exchange system except haze, the system, which includes, takes wind port, precooling hot channel, air
Water atomization dedusting subsystem, the cold and hot switching subsystem that dehumidifies, air assignment subsystem and room air release subsystem；
Described to take wind port to include multiple, and in sector arrangement on the ground to extract outdoor wind, described outdoor wind is cold
Air or hot-air, each take wind port to be connected to by admission line on precooling hot channel；
Described precooling heat pipe built-in is in the soil layer of below ground, described air water atomization dedusting subsystem and except 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
System receives the cold air or hot-air in precooling hot channel, carries out after water atomization processing again by precooling heat pipeline to described
The cold and hot switching subsystem of dehumidifying in；
The described cold and hot switching subsystem of dehumidifying is arranged in the heat-exchanging chamber of subsurface, and the cold and hot switching subsystem that dehumidifies is to water smoke
Air after change processing carry out respectively dehumidifying and it is cold and hot exchange, the thermal source needed for cold and hot exchange is concentrated collection from underground
Air is delivered in air assignment subsystem by outlet pipe after processing in heat energy, precooling hot channel, is rest on the ground
Air assignment subsystem is at least provided with one；
Air after the processing of reception is assigned in many pipelines of registering one's residence by described air assignment subsystem, registering one's residence described in every
Pipeline has respectively entered different user's interior spaces to be connected in room air release subsystem；
Described room air release subsystem is arranged in user's interior space, and room air release subsystem includes multiple
Wooden air release module, air passes through release port after being equipped with release port, processing in each air release module
Discharge indoors to adjust indoor environment.
It is used in the present invention in centralized air's exchange system except haze, described takes wind port to stretch out in ground
On pipeline, the end of pipeline be provided be used for rainwater protect and foreign body intrusion protection taper block.
It is used in the present invention in centralized air's exchange system except haze, described precooling hot channel is to be embedded in ground
Circular pipe under face.
It is used in the present invention in centralized air's exchange system except haze, is used as a kind of optimization design, described sky
Air water nebulization dust subsystem is arranged in the water atomization room of underground, and the air water atomization dedusting subsystem is wrapped in structure
The water atomization shower nozzle of the relative design in multiple positions is included, described water atomization shower nozzle is connected with high-pressure hydraulic pump, high pressure by water pipe
Water pump is connected with aqueduct, is provided with Water warfare return tank in the bottom of water atomization room, the Water warfare return tank with it is described defeated
Waterpipe is connected.
It is used in the present invention in centralized air's exchange system except haze, as a kind of optimization design, described removes
Clammy heat exchange subsystem is arranged in the heat-exchanging chamber of underground, is included in the cold and hot switching subsystem structure of the dehumidifying many
Individual fin, described fin is connected with gathering the output channel after heat energy on earth source heat pump, and earth source heat pump collection is certainly
Under heat energy, it is multiple be generally aligned in the same plane in fin formation heat sink layer, in heat-exchanging chamber be provided with multiple stacked distributions
Heat sink layer, the ponding being additionally provided with the fin in fine hair, the heat-exchanging chamber flow to water by precooling hot channel
In the Water warfare return tank of spray chamber bottom, the precooling hot channel between heat-exchanging chamber and water atomization room has inclination angle to guide product
The flowing of water.
It is used in the present invention in centralized air's exchange system except haze, is used as a kind of optimization design, described sky
Qi leel sub-combination is set on the ground, and described air assignment subsystem includes air-introduced machine and air distribution device, the sky
Vapour-liquid distribution device includes an air inlet port and multiple air outlets, described air inlet port connection outlet pipe, in outlet
Described air-introduced machine, each described air outlet distribution piece pipeline of registering one's residence of connection, in each outlet side are additionally provided with pipeline
A gas source switch is respectively equipped with mouthful position with the folding for the pipeline that controls to register one's residence.
It is used in the present invention in centralized air's exchange system except haze, is used as a kind of optimization design, described room
Air release module in interior air release subsystem is the multiple wooden decorative modules being laid on user's interior space wall,
The many small sized pipelines that described pipeline branch of registering one's residence goes out are respectively connecting in wooden decorative module, are divided in wooden decorative module
Multiple apertures as release port are furnished with, the wind outlet together with indoor and outdoor is additionally provided with user's interior space.
It is used in the present invention in centralized air's exchange system except haze, is used as a kind of optimization design, described sky
Air water atomization subsystem covers air water smoke sub-systems provided with covering to realize multi-level water nebulization dust, often more and is separately positioned on individually
Water atomization room in, adjacent vacant air water atomization subsystem between pass through precooling heat pipeline communication.
It is used in the present invention in centralized air's exchange system except haze, as a kind of optimization design, described removes
Clammy heat exchange subsystem, to realize multistage dehumidifying heat exchange, often covers the cold and hot switching subsystem difference of described dehumidifying provided with many sets
It is arranged in single heat-exchanging chamber, precooling heat pipeline communication is passed through between the adjacent cold and hot switching subsystem of dehumidifying.
It is used in the present invention in centralized air's exchange system except haze, as a kind of optimization design, the system is also
Occurs subsystem including negative aeroion, described negative aeroion occurs subsystem and is arranged in anion generation room, and this is born
Room occur for ion be in dehumidify between cold and hot switching subsystem and outlet pipe on precooling hot channel, be arranged on subsurface bear from
Son occurs indoor negative aeroion and occurs subsystem in structure including multiple parallel air anion generating devices.
A kind of centralized air's exchange system that haze is removed for whole city, the system, which includes, takes wind port, precooling heat
Pipeline, air water atomization dedusting subsystem, the cold and hot switching subsystem that dehumidifies, air assignment subsystem and room air release subsystem
System；It is multigroup that the surrounding that wind port is integrally annularly distributed in city is taken with sector distribution, take wind port to pass through precooling hot channel
Concentrate and share same place air water atomization dedusting subsystem, dehumidify cold and hot switching subsystem and air assignment subsystem, with sky
The pipeline of registering one's residence of qi leel sub-combination connection lays the Interior Space to the interior space of resident family and public place respectively
Between, the air after processing is realized that air changes temperature adjustment by pipeline of registering one's residence by the air release module of the interior space.
A kind of city sand and dust haze casing pipe protection system, the system includes also four sets for centralized cold and hot except haze
Air exchange system, often cover system include take wind port, precooling hot channel, air water atomization dedusting subsystem, except clammy
Heat exchange subsystem, air assignment subsystem and room air release subsystem；Four sets for the centralized air except haze
The centralized air that exchange system is laid in the orientation of east, south, west, north four in city, four orientation respectively exchanges system
Wind port one circle around city of composition is taken to take the centralized cold and hot sky in wind band, each orientation in fan-shaped distribution in system
Pipeline of being registered one's residence in cold (hot) gas exchanging system supplies user's interior space in the region nearby respectively；Annular spread takes wind in city surrounding
Outdoor air is extracted after city surrounding formation negative pressure band, user's interior space outlet of urban inner in city overhead shape in port
Into zone of positive pressure, the combining of edge negative pressure band and middle part zone of positive pressure prevents the floaing into empty to improve city of sand and dust and haze outside city
Compression ring border.
As a kind of parallel technical scheme, set on the ground, can be realized with a low cost except haze, heat by whole system
Exchange the effect improved with air：
It is another to be used for centralized air's exchange system except haze, include and take wind port, precooling hot channel, air water smoke
Eliminate dirt subsystem, the cold and hot switching subsystem that dehumidifies, air assignment subsystem and room air release subsystem；
It is multiple in fan-shaped arrangement on the ground take wind port to extract outdoor air, described outdoor air for cold air or
Hot-air, each takes wind port to be connected to by admission line on precooling hot channel；
Described precooling hot channel is arranged on ground, and described air water atomization dedusting subsystem is in water atomization room, institute
The cold and hot switching subsystem of dehumidifying stated is in heat-exchanging chamber, and the water atomization room and heat-exchanging chamber are sequentially arranged in precooling hot channel
On；
Described air water atomization dedusting subsystem receives the cold air or hot-air in precooling hot channel, carries out water atomization processing
Afterwards again by precooling heat pipeline into the described cold and hot switching subsystem of dehumidifying；
The described cold and hot switching subsystem of dehumidifying carries out dehumidifying and cold and hot respectively to the cold air or hot-air after water atomization processing
Exchange, the thermal source needed for cold and hot exchange be after the processing in heat energy of the concentrated collection from underground, precooling hot channel air by going out
Feed channel is delivered in air assignment subsystem, and described air assignment subsystem is at least provided with one；
Air after the processing of reception is assigned in many pipelines of registering one's residence by described air assignment subsystem, registering one's residence described in every
Pipeline has respectively entered different user's interior spaces to be connected in room air release subsystem；
Described room air release subsystem is arranged in user's interior space, and room air release subsystem includes multiple
Wooden air release module, air passes through release port after being equipped with release port, processing in each air release module
Discharge indoors to adjust indoor environment.
Based on above-mentioned technical proposal, the present invention is used to achieve in practice except centralized air's exchange system of haze
Following technique effect：
1. the premiere feature that the present invention is used for centralized air's exchange system except haze is by multipoint acquisition outdoor air,
And the purifying and dedusting of haze is realized by water smoke sub-systems, in addition to multiple nebulization dust, it can also be removed using ionization
The modes such as haze, by air cleaning of the outdoor containing haze, so as to reach dedusting and the purpose except haze.
2. the major function that the present invention is used for centralized air's exchange system except haze is by cold-heat exchange system
To exchange the heat on earth source heat pump, cooled if hot-air is introduced, heated up if cold air is introduced, so as to reach
The temperature of air is held essentially constant, and is 16 DEG C to 25 DEG C through measuring and calculating, the air supply after purification and heat exchange process to user
In space, so as to keep that there is air after fresh processing in user's space, and bulk temperature is kept to be in comfortable state.
3. the present invention is used to successfully key to be that room air is released except centralized air's exchange system of haze
Subsystem is put, substantial amounts of wooden decorative module is only laid in user's space, numerous release ends are formed in user's space
Mouthful, it is only possible to keep the gentle breeze of the interior space by micro air volume, and then by the temperature of the interior space and blast control in people
In the suitable scope of body.
4. the present invention is used to be except centralized air's exchange system great advantage of haze, by large area ratio
Multiple spot, which is circular layout, in such as city takes wind port, and city incity is supplied to after substantial amounts of carrying out purified treatment containing haze air
In user's space, the foul atmosphere in user's space is outside exclusion, so as to form the space of a relative closed loop, this space
The interior external world is substantially to be entered back into after handling in city containing haze air, so as to keep the neat and tidy in bed rearrangement city.
Brief description of the drawings
Fig. 1, which is that the present invention is a kind of, is used for the structure composition schematic diagram of centralized air's exchange system except haze.
Fig. 2, which is that the present invention is a kind of, is used for the hollow air water nebulization dust subsystem of centralized air's exchange system except haze
Structure composition schematic diagram.
Fig. 3, which is that the present invention is a kind of, is used in centralized air's exchange system except haze the cold and hot switching subsystem that dehumidifies
Structure composition schematic diagram.
Fig. 4, which is that the present invention is a kind of, is used for negative aeroion assignment subsystem in centralized air's exchange system except haze
Structure composition schematic diagram.
Fig. 5, which is that the present invention is a kind of, is used for the structure of the hollow qi leel sub-combination of centralized air's exchange system except haze
Composition schematic diagram.
Fig. 6, which is that the present invention is a kind of, is used for room air release subsystem knot in centralized air's exchange system except haze
Structure composition schematic diagram.
Fig. 7, which is that the present invention is a kind of, is used for the distributed arrangement schematic diagram of centralized air's exchange system except haze.
Fig. 8 is to be used in a kind of city sand and dust haze casing pipe protection system of the invention exchange except the centralized air of haze
Systematic difference schematic layout pattern.
Fig. 9, which is that the present invention is another, is used for the knot of centralized air's exchange system except haze based on same technical concept
Structure composition schematic diagram.
Fig. 1 is into Fig. 9：1 and a1 is to take wind port, and 2 and a2 is admission line, and 3 and a3 is precooling hot channel, 4
It is air water atomization dedusting subsystem with a4,41 be water atomization shower nozzle, and 42 be high-pressure hydraulic pump, and 43 be Water warfare return tank, 44
For aqueduct, 5 and a5 is the cold and hot switching subsystem of dehumidifying, and 51 be fin, and 52 be output channel, and 53 be fine hair, and 6a6 is
Outlet pipe, 7 and a7 is air assignment subsystem, and 71 be air-introduced machine, and 72 be air inlet port, and 73 be air outlet, and 74 be gas
Source switch, 8 and a8 is pipeline of registering one's residence, and 9 and a9 is room air release subsystem, and 91 be wooden decorative module, and 92 be small
Hole, 93 be small sized pipeline, and 10 be earth source heat pump, and 11 be wind outlet, and 12 be that subsystem occurs for negative aeroion, and 121 is negative for air
Ion generating device, A, B, C, D are that, for centralized air's exchange system except haze, E is negative pressure band, and F is zone of positive pressure,
G is city.
Embodiment
We come the present invention is used to exchange except the centralized air of haze with reference to accompanying drawing and specific embodiment below
System is described in further detail, to understand the integral arrangement mode, structure composition and corresponding work of system in the present invention
Mode, but can not be limited the scope of the invention with this.
As shown in figure 1, the present invention is a kind of centralized air's exchange system for being used to remove haze, room is extracted for scattered
Outer air, is concentrated after purified treatment, cold and hot exchange and ionization, redisperse is supplied in resident or common user, so that real
The temperature for purifying and providing air except haze of existing surrounding air is constant.Centralized air's exchange system of the present invention is in entirety
Include in structure take wind port 1, precooling hot channel 3, air water atomization dedusting subsystem 4, the cold and hot switching subsystem 5 of dehumidifying,
Subsystem 12, air assignment subsystem 7 and the several parts of room air release subsystem 9 occur for negative aeroion.Below we
Its structure composition and annexation are told about respectively：
Described to take wind port 1 to include multiple, in sector arrangement on the ground to extract outdoor air, described outdoor air
For cold air or hot-air, each take wind port 1 to be connected to by admission line 2 on precooling hot channel 3, take wind port 1
Main function is that the outdoor air with dust and haze is extracted into collection in decentralized manner to concentrate in together, and passes through admission line 2
It is transported in precooling hot channel 3.Take wind port to be the pipeline stretched out on ground described in reality, be provided with the end of pipeline
For rainwater protection and the taper block of foreign body intrusion protection.
Described precooling hot channel 3 is embedded in the soil layer of below ground, and usual precooling hot channel is to be embedded in subsurface
Circular pipe,.Son occurs for described air water atomization dedusting subsystem 4, dehumidify cold and hot switching subsystem 5, negative aeroion
System 12 is successively set on precooling hot channel 3.Described air water atomization dedusting subsystem 4 is arranged in the water of subsurface
In spray chamber, air water atomization dedusting subsystem 4 receives the cold air or hot-air in precooling hot channel 3, carries out at water atomization
It is delivered to again by precooling hot channel 3 in the described cold and hot switching subsystem 5 of dehumidifying after reason.The cold and hot exchange subsystem of described dehumidifying
System 5 is arranged in the heat-exchanging chamber of subsurface, and the air after the cold and hot switching subsystem 5 that dehumidifies is handled water atomization enters respectively
Row dehumidifying and cold and hot exchange, the thermal source needed for cold and hot exchange is heat energy of the concentrated collection from underground, and dehumidify cold and hot switching subsystem 5
Dehumidifying is carried out to air and air is fed through negative aeroion generation subsystem 12 by precooling hot channel 3 after cold and hot exchange,
The anion generation interior that subsystem 12 is arranged in subsurface occurs for the negative aeroion, occurs son in negative aeroion
In system 12, air anion generating device 121 is ionized to air, makes to produce anion in air, negative aeroion hair
After raw system 12 is ionized to air, the air after processing is fed through in precooling hot channel 3, the place in precooling hot channel 3
Air after reason is delivered in air assignment subsystem 7 by outlet pipe 6, and air assignment subsystem 7, should at least provided with one
Connected between air assignment subsystem 7 and precooling hot channel 3 by outlet pipe 6.
Air after the processing of reception is assigned in many pipelines 8 of registering one's residence by above-mentioned 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.Described room
Interior air release subsystem 9 is arranged in user's interior space, and room air release subsystem 9 includes multiple wooden air
Release module, air after release port, processing is equipped with each air release module and is discharged indoors by release port
To adjust indoor environment.
As shown in Fig. 2 described 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 shower nozzle 41 of the relative design in multiple positions, described water atomization in structure
Shower nozzle 41 is connected with high-pressure hydraulic pump 42 by water pipe, and high-pressure hydraulic pump 42 is connected with aqueduct 44, is set in the bottom of water atomization room
There is Water warfare return tank 43, the Water warfare return tank 43 is connected with described aqueduct 44.In addition, in order to further excellent
Change the effect of water atomization, described air water smoke sub-systems 4 often cover air water more provided with covering to realize multi-level water nebulization dust
Atomization subsystem 4 is separately positioned in single water atomization room, and precooling hot channel is passed through between adjacent vacant air water atomization subsystem 4
3 connections.
As shown in figure 3, the described cold and hot switching subsystem 5 of dehumidifying is arranged in the heat-exchanging chamber of underground, the dehumidifying
Include multiple fin 51 in the cold and hot structure of switching subsystem 5, described fin 51 on earth source heat pump 10 with gathering heat energy
Output channel 52 afterwards is connected, multiple to be generally aligned in the same plane the interior formation heat sink layer of fin 51, is set in heat-exchanging chamber
There is the heat sink layer of multiple stacked distributions, the ponding being additionally provided with the fin 51 in fine hair 53, the heat-exchanging chamber leads to
Cross precooling hot channel 3 to flow in the Water warfare return tank 43 of water atomization room bottom, in order to realize the flowing of ponding, in heat-exchanging chamber
Precooling hot channel 3 between water atomization room has inclination angle so that the precooling heat duct height at heat-exchanging chamber is slightly higher than pre-
Height of the cold and hot pipeline at the position of water atomization room, so can guide ponding to be flowed from heat-exchanging chamber to water atomization room,
So as to which the steam carried in air is pooled in Water warfare return tank 43.In addition, being dehumidified and cold to further improve
The effect of heat exchange, the cold and hot switching subsystem 5 of described dehumidifying to realize multistage dehumidifying heat exchange, often covers described provided with many sets
The cold and hot switching subsystem 5 that dehumidifies is separately positioned in single heat-exchanging chamber, is also between the adjacent cold and hot switching subsystem 5 of dehumidifying
Connected by precooling hot channel 3.
It is arranged on as shown in figure 4, subsystem 12 occurs for described negative aeroion on precooling hot channel 3, the air is born
Ion occurs subsystem 12 and is arranged between the cold and hot switching subsystem 5 of dehumidifying and outlet pipe 6, and described negative aeroion occurs
Indoor, bag in the negative aeroion generation structure of subsystem 12 occurs for the anion that subsystem 12 is arranged on subsurface constant temperature zone
Multiple air anion generating devices 121 are included, described multiple air anion generating devices 121 are each provided at anion and occur room
It is interior.
As shown in figure 5, described air assignment subsystem 7 is set on the ground, described air assignment subsystem 7 includes
There are air-introduced machine 71 and air distribution device 72, the air distribution device 72 includes an air inlet port 73 and multiple air outlets
74, the described connection of air inlet port 73 outlet pipe 6 is additionally provided with described 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, a gas source switch 75 is respectively equipped with each position of air outlet 74,
The folding of air outlet 74 is controlled by gas source switch 75.
As shown in fig. 6, the air release module in described room air release subsystem 9 is to be laid on user's Interior Space
Between multiple wooden decorative modules 91 on wall, enter many tiny pipes that branch goes out again of pipeline 8 of registering one's residence of the access customer interior space
Road 93 is respectively connecting in wooden decorative module 91, and multiple apertures as release port are distributed with wooden decorative module 91
92, small sized pipeline 93 discharges air after processing in space indoors by aperture 92, and small wind is formed by space indoors
Field purifies the air of a room and adjusted the effect of indoor temperature to reach.In order to which blast and temperature to room air are controlled,
Also need to each interior space set one together with indoor and outdoors wind export 11, by control wind export 11 size and
Blast in folding, regulation room, by the control of intake and then realizes the regulation of indoor temperature.
Realize summer except haze temperature-fall period is as follows except centralized air's exchange system of haze using the present invention：
First, multiple hot-airs for taking wind port 1 persistently to extract outdoor public areas of fan-shaped arrangement, by with taking wind port 1
Connection admission line 2 is transported in precooling hot channel 3 located underground.In the precooling hot channel 3 of underground, hot-air is passing through
Entered to after preliminary cooling in air water atomization room.Air water smoke sub-systems 4 in water atomization room utilize its a large amount of relative cloth
The meet and discuss water smoke of 41 ejections of the water atomization put carries out dedusting cooling, and haze dust in air etc. is carried away very by the small water droplet of fog
To dripping, so as to reach that dedusting removes the purpose of haze.The higher atomizing air of moisture content after dedusting cooling, because atomizing air contains
Water rate is higher, is convenient for follow-up cold and hot exchange, and atomizing air is transported in heat-exchanging chamber by precooling hot channel 3.It is located at
The cold and hot switching subsystem 5 of dehumidifying in heat-exchanging chamber is dehumidified and heat exchange, its concrete implementation be by fin 51 and
Fine hair 53 thereon is realized.Due to being disposed with layer upon layer of heat sink layer in heat-exchanging chamber, huge radiating surface is formed
Product, fully realizes heat exchange.Again due to band villous 53 on fin 51, the water smoke in atomizing air is caused to be gathered in fine hair 53
Upper to turn into water droplet, water droplet drops onto the bottom of heat-exchanging chamber after coagulating greatly, so as to reduce the moisture content in atomizing air.Due to heat friendship
Changing between room and water atomization room precooling hot channel 3 has certain inclination angle, under water droplet stream after drop to the water of water atomization room bottom
Purification standby is subsequently used in purification return tank 43.In order to realize cold and hot exchange, fin 51 is with being gathered on earth source heat pump 10
What the output channel 52 after heat energy was connected, in fin 51 thus can flow and have GEOTHERMAL WATER, the GEOTHERMAL WATER is kept temperatures low,
The heat in atomizing air is absorbed by fin 51, to reduce the temperature of atomizing air.By the cold and hot exchange that repeatedly dehumidifies,
To be changed into atomizing air to purify air, and temperature control is in the interval of 16-25 degree, use of the temperature range for needed for
Temperature range, and then complete except haze and cooling work.Heat exchange is carried out by substantial amounts of fin 51 and atomizing air, to drop
The temperature of low fogging air.By the cold and hot exchange that repeatedly dehumidifies, atomizing air is changed into purify air, and temperature control exists
In the interval of 16-25 degree, temperature in use of the temperature range for needed for is interval, and then completes except haze and cooling work.
Except the purification air after haze and cooling processing is by the air inlet anion of precooling hot channel 3 generation subsystem 12,
Occur in negative aeroion in subsystem 12, air anion generating device 121 is ionized to air, make to produce in air and bear
Ion, after negative aeroion generation system 12 is ionized to air, the air after processing is fed through in precooling hot channel 3,
The air after processing in precooling hot channel 3 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, the function of centralized cooling gas is realized.Enter
The pipeline 8 of registering one's residence entered to user's interior space is connected to room air release subsystem 9 after the purification air after cooling is registered one's residence
Many small sized pipelines 93 on, many small sized pipelines 93 again pass through the purification air after cooling small in wooden decorative module 91
Hole 92 is discharged into room.Registered one's residence in each room and be mounted on wind pressure sensor and temperature sensor on pipeline 8, each room
Between be equipped with the outdoor wind outlet 11 of UNICOM, exported in wind and automatic regulating valve be provided with 11 positions, the automatic regulating valve is according to wind
The parameter of pressure sensor comes the switching value size of control valve, size and the proportional relation of blast size of valve switch amount.It is logical
Cross and introduce air after treatment so as to realize that indoor temperature reaches the 16-25 degree of suitable human body.
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 heated in the cold and hot switching subsystem 5 that dehumidifies by the geothermal energy from earth source heat pump,
Be heated after purification hot-air sequentially pass through the air inlet anion of precooling hot channel 3 occur subsystem 12, air bear from
Son occurs in subsystem 12, and air is ionized, and the air being ionized is via precooling hot channel 3 and the air inlet point of outlet pipe 6
Sub-combination 7, air assignment subsystem 7 delivers to the purification hot-air after heating in each room by pipeline 8 of registering one's residence, each room
Interior to be mounted on wind pressure sensor and temperature sensor, each room is equipped with the outdoor wind outlet 11 of UNICOM, in wind outlet
Automatic regulating valve is provided with 11 positions, the automatic regulating valve is big come the switching value of control valve according to the parameter of wind pressure sensor
It is small, size and the proportional relation of blast size of valve switch amount.So as to realize that indoor temperature reaches the 16-25 of suitable human body
Degree.
Heat-exchanging chamber, water atomization room and the complete configuration in wind port 1 is taken in the system, with stronger flexibility, particularly
Suitable for places such as the higher hospital of air quality requirements, school, communities.
Embodiment 1：
As shown in fig. 7, the present embodiment is as a kind of centralized air's exchange system that haze is removed for whole city, it is by the whole series system
System amplification, using bed rearrangement city as except haze and for the place of comfort air, so as to realize scattered extraction outdoor air, is focused on
Afterwards in the user's space being dispersedly supplied in city.
For from overall structure, the system of the present embodiment, which includes, takes wind port 1, precooling hot channel 3, air water atomization
Subsystem 4, the cold and hot switching subsystem 5 that dehumidifies, air assignment subsystem 7 and room air release subsystem 9.Wind port 1 is taken to lead to
Cross that precooling hot channel 3 is concentrated and shares same place air water atomization dedusting subsystem 4, dehumidify cold and hot switching subsystem 5 and air
Assignment subsystem 7, the pipeline 8 of registering one's residence that 7 are connected with air assignment subsystem lays the interior for extending to resident family respectively
Space and the interior space of public place, pipeline 8 of registering one's residence is by the air after processing by being released positioned at the air of user's interior space
Put subsystem 9 and realize that air is changed and temperature adjustment.
The present embodiment to take wind port 1 to include multiple, be annularly distributed on the ground of the surrounding in city to extract room
Exogenous wind, what is often located takes wind port again in fan-shaped distribution.Different according to seasonal variations, outdoor wind is cold air or hot-air, certainly
Can also normal temperature air.That is arranged on ground each takes wind port 1 to be connected to precooling hot channel by admission line 2
On 3.
Described precooling hot channel 3 is embedded in the soil layer of below ground, is preferably located at the constant temperature zone in soil layer, described
Air water atomization dedusting subsystem 4 in the water atomization room, the cold and hot switching subsystem 5 of described dehumidifying is located at heat-exchanging chamber
Interior, the water atomization room and heat-exchanging chamber are sequentially arranged on precooling hot channel 3.Described air water atomization dedusting subsystem 4 connects
The cold air or hot-air in precooling hot channel 3 are received, carries out after water atomization processing being delivered to by precooling hot channel 3 again described
Dehumidify in cold and hot switching subsystem 5, the described cold and hot switching subsystem 5 of dehumidifying is to the cold air or hot-air after water atomization processing
Dehumidifying and cold and hot exchange are carried out respectively, the thermal source needed for cold and hot exchange is heat energy of the concentrated collection from underground, cold and hot exchange of dehumidifying
Subsystem 5 will dehumidify to be fed through in precooling pipeline 3 with the air after cold and hot exchange, the sky after processing in precooling hot channel 3
Gas is delivered in air assignment subsystem 7 by outlet pipe 6, and air assignment subsystem 7 is at least provided with one, air distribution
Connected between subsystem 7 and precooling hot channel 3 by outlet pipe 6.Air assignment subsystem 7 divides air after the processing of reception
It is fitted in many pipelines 8 of registering one's residence, the pipeline 8 of registering one's residence described in every has respectively entered different user's interior spaces to be connected to room
In interior air release subsystem 9.Room air release subsystem 9 is arranged in user's interior space, room air release subsystem
System 9 includes multiple wooden air release modules, and air after release port, processing is equipped with each air release module
Discharge indoors to adjust indoor environment by release port.
Laying precooling hot channel is concentrated in somewhere underground in city, and builds water atomization room and heat-exchanging chamber, and in city
Surrounding the air for taking wind port 1 to extract city surrounding is annularly set, take wind port 1 to extract the air of city surrounding to be formed
Zone of positive pressure is formed in the top in city after indoor purification air release in negative pressure band, city, under differential pressure action, above city
Air flow city surrounding, so as to prevent in the haze air flow city of city surrounding, therefore the system not only has
The effect purified the air of a room, and also have catharsis for the air of the exterior space in whole city, the system is in
For small city, air atomizing room and heat-exchanging chamber are built using concentrating, annularly distribution takes wind port 1 to surrounding in city, saves
About construction fund, with good economic benefit.
Embodiment 2
As shown in figure 8, the present embodiment is a kind of city sand and dust haze casing pipe protection system, the system include four sets be used for remove haze
Centralized air's exchange system, often cover system and include and takes wind port 1, precooling hot channel 3, air water atomization dedusting
Subsystem 4, the cold and hot switching subsystem 5 that dehumidifies, air assignment subsystem 7 and room air release subsystem 9；Four sets are used to remove haze
Centralized air's exchange system be for centralized air's exchange system A except haze, for the centralization except haze
Air's exchange system B, for centralized air's exchange system C except haze and for the centralized air except haze
Exchange system D, is laid in the city G orientation of east, south, west, north four respectively.
In the centralized air's exchange system of every set, it is multiple in fan-shaped arrangement take wind port 1 set on the ground with
Outdoor air is extracted, described outdoor air is the cold air with dust and haze, the outdoor of hot-air either normal temperature is empty
Gas, each takes wind port 1 to be connected to by admission line 2 on precooling hot channel 3, the centralized air in four orientation
One circle around city G of composition of wind port 1 is taken to take wind band in fan-shaped distribution in exchange system, annular spread is in city G
Surrounding take wind port 1 extract outdoor air city G surroundings formation negative pressure band E.
Described precooling hot channel 3 is embedded in the soil layer of below ground, and described air water atomization dedusting subsystem 4 is set
In in water atomization room, the cold and hot switching subsystem 5 of described dehumidifying is in heat-exchanging chamber, and the water atomization room and heat-exchanging chamber are successively
It is arranged on precooling hot channel 3；Described air water atomization dedusting subsystem 12 receives cold air or heat in precooling hot channel 3
Air, be delivered to again by precooling hot channel 3 in the described cold and hot switching subsystem 5 of dehumidifying after water atomization processing；It is described
Dehumidifying cold and hot switching subsystem 5 water atomization is handled after cold air or hot-air carry out respectively dehumidifying and it is cold and hot exchange, it is cold
Thermal source needed for heat exchange is heat energy of the concentrated collection from underground, and the cold and hot switching subsystem 5 that dehumidifies is by after dehumidifying and cold and hot exchange
Air be fed through precooling pipeline 3 in, 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, between the air assignment subsystem 7 and precooling hot channel 3
Connected by outlet pipe 6.Air after the processing of reception is assigned in many pipelines 8 of registering one's residence by air assignment subsystem 7, every
Described pipeline 8 of registering one's residence has respectively entered different user's interior spaces to be connected in room air release subsystem 9, each
Pipeline 8 of being registered one's residence in centralized air's exchange system in orientation supplies user's interior space in the region, city nearby respectively
Zone of positive pressure F is formed in city G overhead after user's interior space outlet of city's G interior, edge negative pressure is with E's and 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.
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, air is by releasing after being equipped with release port, processing in each air release module
Port release is put indoors to adjust indoor environment.
The present embodiment is realized using city sand and dust haze casing pipe protection system prevents floaing for sand and dust and haze outside the G of city
Enter to 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 surroundings
Negative pressure band E is formed, underground is transported to by precooling hot channel 3, in the precooling hot channel 3 of underground after hot-air first preliminary cooling
Enter in air water atomization room, the water smoke progress dedusting cooling for ejection of being met and discussed using water atomization, the moisture content after dedusting cooling
Higher atomizing air, because atomizing air moisture content is higher, is convenient for follow-up cold and hot exchange, atomizing air passes through precooling
Hot channel 3 is transported in heat-exchanging chamber, and band villous 53, cause the water smoke in atomizing air on the fin 51 in heat-exchanging chamber
It is gathered on fine hair 53 and is referred to as water droplet, so as to reduce the moisture content in atomizing air, water droplet drops to Water warfare backflow after flowing down
Purification standby is subsequently used in case 43.The flowing of the internal cause of fin 51 has GEOTHERMAL WATER, and the GEOTHERMAL WATER keeps certain temperature, by dissipating
Backing 51 adjusts the temperature of atomizing air.By the cold and hot exchange that repeatedly dehumidifies, atomizing air is changed into purify air, and
Temperature control is in the interval of 16-25 degree, and temperature in use of the temperature range for needed for is interval, and then completes except haze and temperature control work
Make.
Purification air after being handled except haze and cooling sequentially passes through precooling hot channel 3 and outlet pipe 6 is transported to air point
Sub-combination 7, sharing out the work for multi-user in certain area is completed by air assignment subsystem 7, centralized air feed is realized
Function.Pipeline 8 of being registered one's residence in centralized air's exchange system in each orientation supplies the user in the region nearby respectively
The interior space, pipeline 8 of registering one's residence will purify after air is registered one's residence and be connected to many small sized pipelines 93 that room air discharges subsystem 9,
Purification air after cooling is discharged into room by many small sized pipelines 93 by the aperture 92 in wooden decorative module 91.It is in
Registered one's residence in each room and be mounted on wind pressure sensor and temperature sensor on pipeline 8, each room is equipped with the outdoor wind of UNICOM
Outlet 11, is exported in wind and automatic regulating valve is provided with 11 positions, and the automatic regulating valve is adjusted according to the parameter of wind pressure sensor
The switching value size of valve, size and the proportional relation of blast size of valve switch amount.
Zone of positive pressure F, edge negative pressure band E and middle part are formed after user's interior space outlet of city G interior in city G overhead
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.
For the G of large size city, city G surroundings apart from downtown farther out, using four sets for centralized cold except haze
It is in centralized air's exchange system in hot-air exchange system formation city sand and dust haze protection system, four orientation
What sector was distributed takes one circle around city G of composition of wind port 1 to take wind band, and annular spread takes wind end in city G surroundings
Mouth 1 is extracted to be entered in centralized air's exchange system of the outdoor air on city G surroundings formation negative pressure band E, each orientation
Family pipeline 8 is supplied after user's interior space in the region, user's interior space outlet of city G interior in city G nearby respectively
Overhead forms zone of positive pressure F, edge negative pressure band E and middle part zone of positive pressure F combine prevention city G outside sand and dust and haze float into
Improve city G air ambients.The arrangement of the system, it is adaptable to large size city, saves construction fund, improves environment matter
Amount.
Embodiment 3
The present embodiment is a kind of and the parallel technical scheme of such scheme, but is with patent based on same invention thinking
It is monistic in meaning.The precooling hot channel in said system, air water atomization are removed in the basic ideas of the technical scheme
Dirt subsystem and the cold and hot switching subsystem of dehumidifying are moved on ground from underground, improved by the arrangement on ground operational efficiency and
Reduce construction cost.Its concrete scheme is as follows：
As shown in figure 9, the present invention is another centralized air's exchange system for being used to remove haze, the system, which includes, takes wind
Port a1, precooling hot channel a3, air water atomization dedusting subsystem a4, the cold and hot switching subsystem a5 that dehumidifies, air distribution subsystem
Unite a7 and room air release subsystem a9.
Wherein, it is multiple in fan-shaped arrangement on the ground take wind port a1 empty to extract outdoor air, described outdoor
Gas is cold air or hot-air, each takes wind port a1 to be connected to by admission line a2 on precooling hot channel a3.
Described precooling hot channel a3 is set on the ground, and described air water atomization dedusting subsystem a4 is located at water atomization
Interior, the cold and hot switching subsystem a5 of described dehumidifying is in heat-exchanging chamber, and the water atomization room and heat-exchanging chamber are sequentially arranged in
On precooling hot channel a3；
Described air water atomization dedusting subsystem a4 receives the cold air or hot-air in precooling hot channel a3, carries out water atomization
It is delivered to again by precooling hot channel a3 in the described cold and hot switching subsystem a5 of dehumidifying after processing；
The described cold and hot switching subsystem a5 of dehumidifying carries out dehumidifying and cold respectively to the cold air or hot-air after water atomization processing
Heat exchange, the thermal source needed for cold and hot exchange is heat energy of the concentrated collection from underground, the cold and hot switching subsystem a5 of dehumidifying will dehumidify with
Air feeding after cold and hot exchange is precooled in pipeline 3, and air is defeated by outlet pipe a6 after the processing in precooling hot channel a3
Deliver in air assignment subsystem a7, described air assignment subsystem a7 is at least provided with one.
Air after the processing of reception is assigned in many pipeline a8 that register one's residence by described air assignment subsystem a7, every institute
The pipeline a8 that registers one's residence stated has respectively entered different user's interior spaces to be connected in room air release subsystem a9.
Described room air release subsystem a9 is arranged in user's interior space, room air release subsystem a9 bags
Multiple wooden air release modules are included, air passes through after being equipped with release port, processing in each air release module
Release port discharges indoors to adjust indoor environment.
Air water atomization dedusting subsystem a4, the cold and hot switching subsystem a5 that dehumidifies, air distribution subsystem in the present embodiment
System a7 and room air release subsystem a9 specific constructive form are identical or approximate with the structure in embodiment 1, can be with together
The structure of sample completes identical function.
The present invention first passes through multiple spot for centralized air's exchange system except haze and takes wind, then removes haze by centralization
Exchanged with air, air is redistributed to different user's spaces after processing, realize outdoor environment processing and indoor environment
Optimization, air quality is improved with globality.The system, by improving the tropical island effect of urban air-quality and reduction city, is to plant
One does not allow global warming to raise, and the sustainable solar energy for extracting the sun in the layer storage of earth superficial, reduces and utilizes with electric power
Carry out conversion thermal energy heating for main energy sources with coal stone oil and the inefficient conversion of refrigeration is compressed by refrigerant, and this concentration is opened
Hair and long distance delivery are with electric energy as supplementary energy, and ground can make power main energy sources and concentrate cold and hot exchange, concentrate having for purification
Energy air industrializes running for us, and intensive development and commercial operation are provided may.It is a kind of efficiently utilize efficiently
Exchange the only effective means of the inexhaustible green energy cleanly.
Certainly, it is that the present invention is used for a kind of concrete structure of centralized air's exchange system except haze above
Design and two kinds of concrete applications.In addition, centralized air's exchange system of the invention also has the group of other forms
Into structure and application mode.Sum it up, protection scope of the present invention also shows to those skilled in the art including other
And the change being clear to and replacement.
Claims (13)
1. a kind of be used for centralized air's exchange system except haze, it is characterised in that the system, which includes, takes wind port
（1）, precooling hot channel（3）, air water atomization dedusting subsystem（4）, dehumidify cold and hot switching subsystem（5）, air distribution subsystem
System（7）Subsystem is discharged with room air（9）；
Arrangement on the ground take wind port（1）To extract outdoor air, described outdoor air 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；
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 successively set 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）
Cold air or hot-air after handling water atomization carry out dehumidifying and cold and hot exchange respectively, and the thermal source needed for cold and hot exchange is to concentrate
Gather the heat energy from underground, precooling hot channel（3）In processing after air pass through outlet pipe（6）It is delivered to air distribution subsystem
System（7）In, the air assignment subsystem resting on the ground（7）At least provided with one；
Described air assignment subsystem（7）Air after the processing of reception is assigned to many 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；
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, air is by releasing after being equipped with release port, processing in each air release module
Port release is put indoors to adjust indoor environment.
2. a kind of centralized air's exchange system for being used to remove haze according to claim 1, it is characterised in that described
Take wind port（1）It is multiple to take wind port to stretch out in the pipeline on ground（1）In sector distribution on the ground, in pipeline
End is provided with the taper block for being used for that rainwater to be protected and foreign body intrusion is protected.
3. a kind of centralized air's exchange system for being used to remove haze according to claim 1, it is characterised in that described
Precooling hot channel（3）To be embedded in the circular pipe of subsurface.
4. a kind of centralized air's exchange system for being used to remove haze 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 the water atomization shower nozzle of the relative design in multiple positions in structure（41）, described water atomization shower nozzle（41）Connected by water pipe
It is connected to high-pressure hydraulic pump（42）, high-pressure hydraulic pump（42）It is connected with aqueduct（44）, returned in the bottom of water atomization room provided with Water warfare
Flow case（43）, the Water warfare return tank（43）With aqueduct（44）Connection.
5. a kind of centralized air's exchange system for being used to remove haze according to claim 4, it is characterised in that described
The cold and hot switching subsystem of dehumidifying（5）It is arranged in the heat-exchanging chamber of underground, the cold and hot switching subsystem of the dehumidifying（5）Structure
On include multiple fin（51）, described fin（51）With earth source heat pump（10）Output channel after upper collection heat energy
（52）It is connected, earth 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）Formed and dissipated
Backing layer, is provided with the heat sink layer of multiple stacked distributions, in the fin in heat-exchanging chamber（51）On be additionally provided with fine hair
（53）, the ponding in the heat-exchanging chamber passes through precooling hot channel（3）It flow to the Water warfare return tank of water atomization room bottom（43）
It is interior, the precooling hot channel between heat-exchanging chamber and water atomization room（3）With inclination angle to guide the flowing of ponding.
6. a kind of centralized air's exchange system for being used to remove haze according to claim 1, it is characterised in that described
Air assignment subsystem（7）Set on the ground, described air assignment subsystem（7）Include air-introduced machine（71）And air
Distributor（72）, the air distribution device（72）Include an air inlet port（73）With multiple air outlets（74）, it is described
Air inlet port（73）Connect outlet pipe（6）, in outlet pipe（6）On be additionally provided with described air-introduced machine（71）, it is each described
Air outlet（74）A pipeline of registering one's residence is connected respectively（8）, in each air outlet（74）A gas is respectively equipped with position
Source switch（75）To control folding.
7. a kind of centralized air's exchange system for being used to remove haze according to claim 1, it is characterised in that described
Room air release subsystem（9）In air release module be the multiple wooden dresses being laid on user's interior space wall
Adorn module（91）, described pipeline of registering one's residence（8）The many small sized pipelines that branch goes out（93）It is respectively connecting to wooden decorative module
（91）On, in wooden decorative module（91）On multiple apertures as release port are distributed with（92）, in user's interior space also
Provided with wind outlet（11）.
8. a kind of centralized air's exchange system for being used to remove haze according to claim 1, it is characterised in that described
Air water smoke sub-systems（4）Provided with covering to realize multi-level water nebulization dust, often cover air water smoke sub-systems more（4）Respectively
It is arranged in single water atomization room, adjacent air water smoke sub-systems（4）Between pass through precooling hot channel（3）Connection.
9. a kind of centralized air's exchange system for being used to remove haze according to claim 1 or 8, it is characterised in that
The cold and hot switching subsystem of described dehumidifying（5）Provided with set more to realize multistage dehumidifying heat exchange, the cold and hot friendship of described dehumidifying is often covered
Change subsystem（5）System is separately positioned in single heat-exchanging chamber, the cold and hot switching subsystem of adjacent dehumidifying（5）Between pass through precooling
Hot channel（3）Connection.
10. a kind of centralized air's exchange system for being used to remove haze according to claim 1, it is characterised in that should
System also includes negative aeroion and occurs subsystem（12）, subsystem occurs for described negative aeroion（12）It is arranged on anion
In generation room, the anion occurs room and is in the cold and hot switching subsystem that dehumidifies（5）And outlet pipe（6）Between precooling hot channel
（3）On, indoor negative aeroion generation subsystem occurs for the anion for being arranged on subsurface（12）Include in structure multiple
Parallel air anion generating device（121）.
11. a kind of centralized air's exchange system that haze is removed for whole city, it is characterised in that the system, which includes, takes wind end
Mouthful（1）, precooling hot channel（3）, air water atomization dedusting subsystem（4）, dehumidify cold and hot switching subsystem（5）, air distribution son
System（7）Subsystem is discharged with room air（9）；It is multigroup that wind port is taken with sector distribution（1）It is overall to be annularly distributed in city
The surrounding in city, takes wind port（1）Pass through precooling hot channel（3）Concentrate and share same place air water atomization dedusting subsystem（4）、
Dehumidify cold and hot switching subsystem（5）With air assignment subsystem（7）, with air assignment subsystem（7）The pipeline of registering one's residence of connection（8）
The interior space to the interior space of resident family and public place, pipeline of registering one's residence are laid respectively（8）By the sky after processing
Gas realizes that air changes temperature adjustment by the air release module of the interior space.
12. a kind of city sand and dust haze casing pipe protection system, it is characterised in that the system includes also four sets for except haze
Centralized air's exchange system, often set system, which includes, takes wind port（1）, precooling hot channel（3）, air water atomization removes
Dirt subsystem（4）, dehumidify cold and hot switching subsystem（5）, air assignment subsystem（7）Subsystem is discharged with room air（9）；Four
Cover and be laid in city respectively for centralized air's exchange system except haze（G）The orientation of east, south, west, north four, four
In centralized air's exchange system in orientation wind port is taken in fan-shaped distribution（1）Composition one surrounds city（G）'s
Circle takes pipeline of being registered one's residence in centralized air's exchange system in wind band, each orientation（8）Supply the region nearby respectively
User's interior space；Annular spread is in city（G）Surrounding takes wind port（1）Outdoor air is extracted in city（G）Surrounding shape
Into negative pressure band, city（G）In city after internal user's interior space outlet（G）Overhead formed zone of positive pressure, edge negative pressure band with
The combination of middle part zone of positive pressure prevents city（G）Outside sand and dust and haze float into improve city（G）Air ambient.
13. a kind of be used for centralized air's exchange system except haze, it is characterised in that the system, which includes, takes wind port
（a1）, precooling hot channel（a3）, air water atomization dedusting subsystem（a4）, dehumidify cold and hot switching subsystem（a5）, air distribution
Subsystem（a7）Subsystem is discharged with room air（a9）；
It is multiple in fan-shaped arrangement on the ground take wind port（a1）To extract outdoor air, described outdoor air is cold sky
Gas or hot-air, each take wind port（a1）Pass through admission line（a2）It is connected to precooling hot channel（a3）On；
Described precooling hot channel（a3）Set on the ground, described air water atomization dedusting subsystem（a4）Located at water atomization
Interior, the cold and hot switching subsystem of described dehumidifying（a5）In heat-exchanging chamber, the water atomization room and heat-exchanging chamber are sequentially arranged
On precooling hot channel；
Described air water atomization dedusting subsystem receives the cold air or hot-air in precooling hot channel, carries out water atomization processing
Afterwards again by precooling heat pipeline into the described cold and hot switching subsystem of dehumidifying；
The described cold and hot switching subsystem of dehumidifying carries out dehumidifying and cold and hot respectively to the cold air or hot-air after water atomization processing
Exchange, the thermal source needed for cold and hot exchange is heat energy of the concentrated collection from underground, precooling hot channel（a3）In processing after air lead to
Cross outlet pipe（a6）It is delivered to air assignment subsystem（a7）In, described air assignment subsystem（a7）At least provided with one
It is individual；
Described air assignment subsystem（a7）Air after the processing of reception is assigned to many pipelines of registering one's residence（a8）In, every institute
The pipeline of registering one's residence stated（a8）Different user's interior spaces is had respectively entered to be connected to room air release subsystem（a9）In；
Described room air release subsystem（a9）It is arranged in user's interior space, room air release subsystem（a9）Bag
Multiple wooden air release modules are included, air passes through after being equipped with release port, processing in each air release module
Release port discharges indoors to adjust indoor environment.
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| CN201710571170.9A CN107238151A (en) | 2017-07-13 | 2017-07-13 | It is a kind of to be used for centralized air's exchange system except haze |
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| CN201710571170.9A CN107238151A (en) | 2017-07-13 | 2017-07-13 | It is a kind of to be used for centralized air's exchange system except haze |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108958334A (en) * | 2018-07-25 | 2018-12-07 | 深圳众厉电力科技有限公司 | A kind of family health care management system |
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Effective date of registration: 20190422 Address after: 215431 Zhanan Industrial Zone, Liuhe Town, Taicang City, Suzhou City, Jiangsu Province Applicant after: SUZHOU ZHENGYIBING NANO ENVIRONMENTAL PROTECTION TECHNOLOGY CO.,LTD. Address before: 215431 Zhanan Industrial Zone, Liuhe Town, Taicang City, Suzhou City, Jiangsu Province Applicant before: SUZHOU RUNJING ENVIRONMENTAL PROTECTION TECHNOLOGY Co.,Ltd. |
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Application publication date: 20171010 |