CN208765111U - Combined type dehumidifying device in a kind of subway station - Google Patents
Combined type dehumidifying device in a kind of subway station Download PDFInfo
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- CN208765111U CN208765111U CN201820781504.5U CN201820781504U CN208765111U CN 208765111 U CN208765111 U CN 208765111U CN 201820781504 U CN201820781504 U CN 201820781504U CN 208765111 U CN208765111 U CN 208765111U
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- dehumidifying device
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Abstract
The utility model provides Combined type dehumidifying device in a kind of subway station, dehumidification device includes mobile trolley, blower is installed on the movable type trolley, the air intake of blower is connected to freeze drying system, the entrance of freeze drying system is equipped with electrostatic precipitator, and the air-supply end of blower is connected to heating dehumidification system.The utility model uses freeze drying, heating dehumidifying and three kinds of dehumanization methods of ventilation drying simultaneously, the water capacity of air in subway station can quickly be reduced, improve dehumidification efficiency, the safe operation and construction quality that ensure that each professional electrical equipment, provide a safety good construction operation environment for operating personnel.Dehumidifying of the Combined type dehumidifying device for work zone in subway station in the subway station of the utility model, in application, the blower of Combined type dehumidifying device and the exhaust blower formation convection current at the air port of subway station both ends in subway station.
Description
Technical field
The utility model belongs to dehumidifying technology field, and in particular to Combined type dehumidifying device in a kind of subway station, it is especially suitable
Dehumidifying under the construction operation environment big for water capacity in subway station.
Background technique
Construction environment humidity is always the serious problem of comparison in subway station, main reason is that subway engineering is general
For underground engineering, construction stage profession cross-operation is more, big using construction water amount and sluggish in air circulation, and wet source is extensive.
Humidity load composition within the construction stage, subway station is sufficiently complex, and mainly including that building enclosure leaks, entrance air is wet bears
The exchange of lotus, outdoor fresh air humidity load, each professional construction personnel dissipate it is wet etc..During summer, some areas outdoor weather item
Part is mostly " high temperature and humidity ", and new air temperature is mostly at 30 DEG C or more, and relative humidity is 70% or more, when outdoor Hot wet air heating enters
Inside subway station, when with subway inner wall face contact, if wall surface temperature is lower than air dew point temperature, it will be formed and be tied in wall surface
Dew.It just will form water flow after having condensed more, flow to ground, cause the humidities such as wall, ground, seriously affect the peace of construction operation
Entirely, and electrical equipment requires height to air humidity, and electric elements are in damp environment for a long time can seriously affect apparatus insulated intensity,
It causes by electrical breakdown when electricity, scaling loss equipment or the service life for reducing equipment.
The dehumidifying at country operated subway station mostly uses greatly traditional ventilation and air conditioning system at present, this will greatly alleviate subway
Air quality problems and temperature and humidity problem in standing.But in the construction process, for each profession all in the construction and installation stage, ventilation is empty
Adjusting system does not put into operation, the construction stage can only use simple draft type, allow station in air circulate with
This achievees the purpose that dehumidifying.And summer outdoor weather condition be " high temperature and humidity " state under, for civil engineering structure leakage with
And station inner wall condenses to form the situation of water flow, simple ventilation drying mode effect is not obvious, and can only use manual work
Means the ponding on ground is purged, this mode working environment is severe, large labor intensity, and working efficiency is low, cannot
Fundamentally thoroughly solve the problems, such as humid environment in subway station.Therefore, effective dehumidifying is taken to arrange in subway station work progress
It applies, it is particularly important for the safe operation and service life of construction safety quality and electrical equipment.
Utility model content
The purpose of this utility model is first is that immediately to dehumidifying in construction stage subway station, and purpose is second is that facilitate constructor
Member's operation, purpose three provide a safety good construction operation environment for each professional construction operating personnel.
For this purpose, the utility model provides Combined type dehumidifying device in a kind of subway station, including mobile trolley, it is described
Blower is installed, the air intake of blower is connected to freeze drying system, the entrance peace of freeze drying system on mobile trolley
Equipped with electrostatic precipitator, the air-supply end of blower is connected to heating dehumidification system.
The freeze drying system is by circulation copper pipe, variable diameter guide flow device, diversion pipe, header tank, water circulating pump, semiconductor system
Cooler, blast pipe and water tank composition, one end of the blast pipe are connected to the air intake of blower, and electrostatic precipitator is mounted on air inlet
The other end of pipe, circulation copper pipe is S-shaped to be vertically installed in blast pipe, and one end of circulation copper pipe connects semiconductor cooler, separately
Outer one end connects water circulating pump, and water tank is connected between semiconductor cooler and water circulating pump, circulation copper pipe, semiconductor refrigerating
Device, water tank, water circulating pump form cycle refrigeration system；The underrun variable diameter guide flow device of blast pipe connects diversion pipe, diversion pipe
Connect header tank；
The heating dehumidification system includes air supply tube and electrothermal resistance silk screen, and one end of air supply tube is connected to blower air-supply end,
Other end is installed with protective net, and electrothermal resistance silk screen is mounted in air supply tube and parallel with protective net.
The variable diameter guide flow device is the structure in bucket shape, the opening that the large diameter end of bucket shape structure and blast pipe bottom surface open up
Connection, small-caliber end connect diversion pipe.
Junction box is installed on the movable type trolley, control electrostatic precipitator, water circulating pump, half are equipped in junction box
The switch of conductor refrigerator, blower and electrothermal resistance silk screen.
The port of air supply tube installation protective net one end has four edges, one piece of trapezoidal plate of inclination connection in each edge,
The short side of each piece of trapezoidal plate is connect with air supply tube, four end to end shapes of long side diffusing opening at 45 °；The blast pipe and wind
Between machine air intake, air supply tube and blower air-supply end between be all connected with pneumatic hose.
The movable type trolley is made of driving handle, support plate, support rod, angle steel and castor, and four support rods are equal
Even distribution is vertically welded in support plate lower surface, and two angle steel, which intersect, is welded on four support rod lower parts in × shape, each branch
A castor is installed in strut bottom, and driving handle is welded on support plate upper surface end.
The support plate lower surface is installed with the PVC soft horse case of drawer type, is placed with PVC soft water in PVC soft horse case
Pipe.
The circulation copper pipe, water circulating pump, semiconductor cooler, blast pipe, pneumatic hose, blower, junction box, electrothermal resistance silk
Net, protective net, water tank and air supply tube are respectively positioned in support plate, and variable diameter guide flow device, diversion pipe and header tank are located at below support plate,
The header tank is placed in × shape angle steel on.
The utility model has the beneficial effects that
1. can carry out rapid moisture removal according to construction needs, construction area immediately big to water capacity in entire subway station, remove
The blower of wet device and the exhaust blower at the ventilating shaft of subway station both ends form convection current, greatly improve the dehumidifying effect in subway station
Rate；
2. entire Combined type dehumidifying device uses three kinds of dehumanization methods, including freeze drying, heating dehumidifying and ventilation remove
It is wet；
3. the wet-out property of dehumidification device is not influenced by subway station internal and external environment air humidity content size；
4. blower uses frequency conversion type, change load can be adjusted the speed according to actual needs, reduces the consumption of electric energy；
5. there are two types of collection mode, the condensation water of small flow to be collected with header tank for captation, the condensation of big flow
Water is precipitated and introduces station hall layer or station layer gutter with PVC soft horse；
6. the refrigeration system in dehumidification device uses refrigeration equipment-semiconductor cooler, this equipment volume is small,
It is noiseless, without friction, it is not required to refrigerant；
7. the diffusing opening being arranged at dehumidification device air outlet is 45 °, blowing range is expanded, the air after enhancing heating
With the hot and humid area for interior air of standing；
8. exhaust blower outlet is provided with protective net, the harm to operating personnel is avoided；
9. the utility model is hand propelled dehumidification device, small in size, light, mobile flexible；
The utility model is described in further details below with reference to attached drawing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of Combined type dehumidifying device in subway station.
Fig. 2 is the schematic diagram of internal structure of Combined type dehumidifying device in subway station.
Description of symbols: 1. driving handles；2. electrostatic precipitator；3. circulation copper pipe；4. variable diameter guide flow device；5. water conservancy diversion
Pipe；6. header tank；7.PVC soft water bobbin carriage；8. water circulating pump；9. semiconductor cooler；10. blast pipe；11. pneumatic hose；12. wind
Machine；13. junction box；14. angle steel；15. castor；16. support rod；17. support plate；18. electrothermal resistance silk screen；19. protective net；20.
Diffusing opening；21. water tank；22, air supply tube.
Specific embodiment
Embodiment 1:
Combined type dehumidifying device in a kind of subway station is present embodiments provided, as shown in Figure 1, include mobile trolley,
Blower 12 is installed on the movable type trolley, the air intake of blower 12 is connected to freeze drying system, freeze drying system
Entrance electrostatic precipitator 2 is installed, the air-supply end of blower 12 is connected to heating dehumidification system.
The course of work of Combined type dehumidifying device is as follows in subway station:
In subway station when the construction stage, Combined type dehumidifying device in subway station is moved into the big construction operation of water capacity
Area makes Combined type dehumidifying device and the exhaust blower formation convection current at the air port of station both ends in subway station, connects blower 12, electrostatic removes
Dirt device 2, freeze drying system, heat up dehumidification system power supply, start freeze drying system, freeze, make freeze drying system
Temperature of uniting then starts blower 12 and electrostatic precipitator 2 lower than air dew point temperature in subway station, and 12 impeller of blower rotates over the ground
Air generates air draught effect in iron station, passes the gas through electrostatic precipitator 2 and enters back into freeze drying system, high humidity after dedusting
Air chilled dehumidification system condensation becomes low temperature and low humidity air and enters the air-supply pipeline section of blower 12, low temperature and low humidity air after precipitation
High temperature low-humidity air is heated to form in heating dehumidification system to be sent into subway station.Highly humid air in subway station and it is warmed dehumidifying
The high temperature low-humidity air of system heating carries out hot and humid area, so that air themperature increases in standing, has condensed formation in wall surface
Water flow is precipitated by thermal evaporation, but without steam condensation.Exhaust blower at blower 12 and station both ends air port forms convection current, and give up damp and hot sky
Gas is discharged from subway station ventilating shaft.
Combined type dehumidifying device provided in this embodiment according to demand, while using freeze drying, heating dehumidifying and leading to
Wind dehumidifying (blower) three kinds of dehumanization methods, can quickly reduce the water capacity of air in subway station, improve dehumidification efficiency, protect
The safe operation and construction quality for having demonstrate,proved each professional electrical equipment, provide a safety good construction operation ring for operating personnel
Border.The dehumidification device is hand roller type, and light, mobile flexibly small in size, structure is simple, and design rationally, uses operation side
Just.
Embodiment 2:
On the basis of embodiment 1, as shown in Fig. 2, the freeze drying system by circulation copper pipe 3, variable diameter guide flow device 4,
Diversion pipe 5, header tank 6, water circulating pump 8, semiconductor cooler 9, blast pipe 10 and water tank 21 form；
One end of the blast pipe 10 is connected to the air intake of blower 12, and electrostatic precipitator 2 is mounted on the another of blast pipe 10
One end, circulation copper pipe 3 is S-shaped to be vertically installed in blast pipe 10, and one end of circulation copper pipe 3 connects semiconductor cooler 9, in addition
One end connects water circulating pump 8, and water tank 21 is connected between semiconductor cooler 9 and water circulating pump 8, circulation copper pipe 3, semiconductor system
Cooler 9, water tank 21, water circulating pump 8 form cycle refrigeration system；The underrun variable diameter guide flow device 4 of blast pipe 10 connects water conservancy diversion
Pipe 5, diversion pipe 5 connect header tank 6；The heating dehumidification system includes air supply tube 22 and electrothermal resistance silk screen 18, air supply tube 22
One end is connected to the air-supply of blower 12 end, and other end is installed with protective net 19, and electrothermal resistance silk screen 18 is mounted in air supply tube 22 simultaneously
It is parallel with protective net 19.The protective net 19 being arranged at 22 air outlet of air supply tube can prevent dehumidification device from making when working to construction
Industry personnel generate unnecessary harm.
When it is implemented, semiconductor cooler 9 freezes to the water in water tank 21, after being delayed after a period of time, follow
Chilled water in water tank 21 is sent into annular copper pipe 3 by ring water pump 8, keeps annular 3 hull-skin temperature of copper pipe empty lower than in subway station
Gas dew-point temperature.Then start blower 12 and electrostatic precipitator 2, draught fan impeller rotation generates air draught effect to air in subway station
Fruit passes the gas through electrostatic precipitator 2 and enters blast pipe 10, encounters evenly arranged ring into the highly humid air in blast pipe 10
Shape copper pipe 3 condenses, and condenses the moisture of precipitation and slides under the effect of gravity along annular copper pipe to variable diameter guide flow device 4, then
Header tank 6 is flowed by diversion pipe 5.Highly humid air becomes the entrance of low temperature and low humidity air after annular 3 condensation of copper pipe and send
Air hose 22, low temperature and low humidity air are heated to form high temperature low-humidity air by electrothermal resistance silk screen 18 at 22 sections of air supply tube and are sent into subway
In standing.Highly humid air in subway station carries out hot and humid area with the high temperature low-humidity air heated by electrothermal resistance silk screen 18, so that station
Interior air themperature increases, and is precipitated in the condensed water flow of formation of wall surface by thermal evaporation, but without steam condensation.Blower 12 and station
Exhaust blower at the air port of both ends forms convection current, and useless damp-heat air is discharged from subway station ventilating shaft.
It should be strongly noted that circulation copper pipe 3, semiconductor cooler 9, water circulating pump 8 and medium water composition refrigeration system
System, semiconductor cooler 9 freeze the water in water tank 21, and the chilled water in water tank 21 is sent into annular copper by water circulating pump 8
In pipe 3, make annular copper tube outer surface temperature lower than air dew point temperature in subway station.The structure of circulation copper pipe 3 as shown in Figure 1,
Inside blast pipe 10, circulation copper pipe 3 is equipped with multiple row, and each column are parallel with electrostatic precipitator 2, and each S-shaped distribution of column, this
Embodiment combination Fig. 1 gives one of structure of circulation copper pipe 3, and structure that but it is not limited to this, other may be implemented to condense
Copper pipe arrangement mode also belong to the protection category of the utility model.
Embodiment 3:
On the basis of embodiment 2, the variable diameter guide flow device 4 is the structure in bucket shape, the large diameter end of bucket shape structure with
The opening connection that 10 bottom surface of blast pipe opens up, small-caliber end connect diversion pipe 5.
As depicted in figs. 1 and 2, the bottom surface of blast pipe 10 is opening, the large diameter end of variable diameter guide flow device 4 and the opening size
Unanimously, the two is connected, and variable diameter guide flow device 4 is small-bore consistent with 5 diameter of diversion pipe from heavy caliber to small-bore gradually undergauge,
The two is connected, and diversion pipe 5 protrudes into header tank 6, and Combined type dehumidifying device at work, occurs condensation and condenses in subway station
The moisture of precipitation slides along annular copper pipe to variable diameter guide flow device 4 under the effect of gravity, then flows into header tank by diversion pipe 5
6, header tank 6 be it is detachable, after condensation water is full of, the ponding in header tank 6 can be toppled over.
Embodiment 4:
On the basis of embodiment 4, junction box 13 is installed on the movable type trolley, is equipped with control in junction box 13
Electrostatic precipitator 2, water circulating pump 8, semiconductor cooler 9, blower 12 and electrothermal resistance silk screen 18 switch.Junction box 13 and subway
Power supply connection in standing provides power supply for above each component, while the switch in junction box may be implemented to the above all parts
It is automatic and concentrate control switch.
Embodiment 5:
On the basis of embodiment 2, as shown in Figure 1, the port that the air supply tube 22 installs 19 one end of protective net has four
Side, inclination one piece of trapezoidal plate of connection in each edge, the short side of each piece of trapezoidal plate are connect with air supply tube 22, and four long sides are from beginning to end
The shape that connects diffusing opening 20 at 45 °.The diffusing opening 20 being arranged at dehumidification device air outlet is 45 °, expands blowing range, is enhanced
High temperature low-humidity air after heating and in standing air hot and humid area.
Between 12 air intake of the blast pipe 10 and blower, air supply tube 22 and blower 12 air-supply end between be all connected with light air
Pipe 11.Thermal compensation deformation of the pneumatic hose 11 for noise elimination noise reduction and pipeline.
Embodiment 6:
On the basis of embodiment 2, the movable type trolley is by driving handle 1, support plate 17, support rod 16, angle steel
14 and castor 15 form, four support rods 16, which are uniformly distributed, is vertically welded in 17 lower surface of support plate, and two angle steel 14 intersection is in
× shape is welded on four 16 lower parts of support rod, and a castor 15 is installed in each 16 bottom of support rod, and driving handle 1 is welded on branch
17 upper surface end of fagging.Support rod is hollow steel column.When specifically used, driving handle 1 is pushed, dehumidification device is moved to ground
The big construction operation area of water capacity in iron station realizes light, flexible movement.
Embodiment 7:
On the basis of embodiment 6,17 lower surface of support plate is installed with the PVC soft horse case 7 of drawer type, and PVC is soft
PVC soft horse is placed in water pipe tank 7.
Diversion pipe 5, header tank 6, PVC soft horse case 7 form captation, encounter into the highly humid air in blast pipe 10
Evenly arranged annular copper pipe 3 condenses, and the moisture for condensing precipitation slides along annular copper pipe to variable diameter under the effect of gravity
Then air deflector 4 flows into header tank 6 by diversion pipe 5.It catchments there are two types of selection mode, the condensation water of small flow collects
Water tank is collected, and condensation water PVC soft horse (being placed in PVC soft horse case 7) the connection diversion pipe 5 of big flow introduces station hall layer
Or station layer gutter.
Embodiment 8:
On the basis of embodiment 7, as depicted in figs. 1 and 2, the circulation copper pipe 3, water circulating pump 8, semiconductor cooler
9, blast pipe 10, pneumatic hose 11, blower 12, junction box 13, electrothermal resistance silk screen 18, protective net 19, water tank 21 and air supply tube 22 are equal
In support plate 17, variable diameter guide flow device 4, diversion pipe 5 and header tank 6 are located at 17 lower section of support plate, and the header tank 6 is placed in
On × shape angle steel 14.The present embodiment combination Fig. 1 and Fig. 2 give optimal structure type, and this distribution mode can make entirely
The space of the Combined type dehumidifying device mobile trolley of utilization more compact, reasonable, facilitates construction personnel at subway work scene
Application.
Embodiment 9:
The dehumanization method for present embodiments providing Combined type dehumidifying device in a kind of subway station, includes the following steps:
Step 1, preparation
Driving handle 1 is pushed, Combined type dehumidifying device in subway station is moved to the big construction of water capacity in subway station and is made
Industry region, junction box 13 and subway station interior power are connected；
Step 2, freeze drying
Starting semiconductor cooler 9 and electrothermal resistance silk screen 18, semiconductor cooler 9 start to the water system in water tank 21
Cold, the chilled water in water tank 21 is sent into annular copper pipe 3 by water circulating pump 8, makes annular 3 hull-skin temperature of copper pipe lower than subway station
Interior air dew point temperature, then starts blower 12 and electrostatic precipitator 2, and draught fan impeller rotation generates air draught to air in subway station
Effect, gas enter blast pipe 10 by electrostatic precipitator 2, encounter evenly arranged ring into the highly humid air in blast pipe 10
Shape copper pipe 3 condenses, and condenses the moisture of precipitation under the effect of gravity along annular copper pipe 3 landing to variable diameter guide flow device 4, then
Header tank 6 is flowed by diversion pipe 5；
Step 3, heating dehumidifying
Highly humid air becomes low temperature and low humidity air after annular 3 condensation of copper pipe and enters blower air-supply by blower 12
22 sections of pipe, low temperature and low humidity air is heated to form high temperature low-humidity air by electrothermal resistance silk screen 18 at 22 sections of air supply tube and is sent into subway
In standing, the highly humid air in high temperature low-humidity air and subway station carries out hot and humid area, and air themperature increases in subway station, in wall surface
Condensed formation water flow by thermal evaporation, but without steam condensation be precipitated；
Step 4, ventilation drying
In dehumidification process, the exhaust blower at blower 12 and subway station both ends air port forms convection current, and the damp-heat air that gives up is from ground
It is discharged at the air draft of iron station.
In subway station provided in this embodiment in the dehumanization method of Combined type dehumidifying device, while using freezing and removing
Wet, heating dehumidifying and three kinds of dehumanization methods of ventilation drying, can quickly reduce the water capacity of air in subway station, improve and remove
Wet efficiency ensure that the safe operation and construction quality of each professional electrical equipment, it is good to provide a safety for operating personnel
Construction operation environment.
Embodiment 10:
It is big using construction water amount since in subway engineering, construction stage profession cross-operation is more, wet source extensively and
Sluggish in air circulation, inner wall of standing condenses to form water flow, and the operation and construction quality to electrical equipment cause serious safety hidden
Suffer from.To solve the above-mentioned problems, a kind of application of Combined type dehumidifying device in subway station, the subway station are present embodiments provided
Dehumidifying of the interior Combined type dehumidifying device for work zone in subway station, in application, Combined type dehumidifying device in subway station
Exhaust blower at blower 12 and subway station both ends air port forms convection current.
Exemplified as above is only to the utility model for example, not constituting to the protection scope of the utility model
Limitation, it is all to be belonged within the protection scope of the utility model with the same or similar design of the utility model.The present embodiment
The well-known components and common structure or conventional means of the component and the structure category industry that do not describe in detail, are not chatted one by one here
It states.
Claims (8)
1. Combined type dehumidifying device in a kind of subway station, including mobile trolley, it is characterised in that: the movable type trolley
On be installed with blower (12), the air intake of blower (12) is connected to freeze drying system, and the entrance of freeze drying system is equipped with
Electrostatic precipitator (2), the air-supply end of blower (12) are connected to heating dehumidification system.
2. Combined type dehumidifying device in subway station as described in claim 1, it is characterised in that: the freeze drying system is by ring
Flow copper pipe (3), variable diameter guide flow device (4), diversion pipe (5), header tank (6), water circulating pump (8), semiconductor cooler (9), air inlet
(10) and water tank (21) composition are managed, one end of the blast pipe (10) is connected to the air intake of blower (12), electrostatic precipitator (2)
It is mounted on the other end of blast pipe (10), circulation copper pipe (3) is S-shaped to be vertically installed in blast pipe (10), circulation copper pipe (3)
One end connects semiconductor cooler (9), and other end connects water circulating pump (8), and water tank (21) is connected to semiconductor cooler (9)
Between water circulating pump (8), circulation copper pipe (3), semiconductor cooler (9), water tank (21), water circulating pump (8) form circulation system
Cooling system；The underrun variable diameter guide flow device (4) of blast pipe (10) connects diversion pipe (5), and diversion pipe (5) connects header tank (6)；
The heating dehumidification system includes air supply tube (22) and electrothermal resistance silk screen (18), one end and blower (12) of air supply tube (22)
Blow end connection, other end is installed with protective net (19), electrothermal resistance silk screen (18) be mounted in air supply tube (22) and with protection
Net (19) is parallel.
3. Combined type dehumidifying device in subway station as claimed in claim 2, it is characterised in that: the variable diameter guide flow device (4) is
In the structure of bucket shape, the large diameter end of bucket shape structure is connect with the opening that blast pipe (10) bottom surface opens up, and small-caliber end connection is led
Flow tube (5).
4. Combined type dehumidifying device in subway station as claimed in claim 2, it is characterised in that: pacify on the movable type trolley
Be equipped with equipped with junction box (13), in junction box (13) control electrostatic precipitator (2), water circulating pump (8), semiconductor cooler (9),
The switch of blower (12) and electrothermal resistance silk screen (18).
5. Combined type dehumidifying device in subway station as claimed in claim 2, it is characterised in that: air supply tube (22) installation is anti-
The port of protective net (19) one end has four edges, one piece of trapezoidal plate of inclination connection in each edge, the short side of each piece of trapezoidal plate with
Air supply tube (22) connection, four end to end shapes of long side diffusing opening (20) at 45 °；The blast pipe (10) and blower (12) into
Between wind end, air supply tube (22) and blower (12) air-supply end between be all connected with pneumatic hose (11).
6. Combined type dehumidifying device in subway station as claimed in claim 2, it is characterised in that: the movable type trolley is by going
Handlebar (1), support plate (17), support rod (16), angle steel (14) and castor (15) composition, four support rods (16) are uniformly distributed
It is vertically welded in support plate (17) lower surface, two angle steel (14), which are intersected, is welded on four support rod (16) lower parts in × shape, often
A castor (15) is installed in one support rod (16) bottom, and driving handle (1) is welded on support plate (17) upper surface end.
7. Combined type dehumidifying device in subway station as claimed in claim 6, it is characterised in that: support plate (17) lower surface
The PVC soft horse case (7) of drawer type is installed, is placed with PVC soft horse in PVC soft horse case (7).
8. Combined type dehumidifying device in subway station as claimed in claim 7, it is characterised in that: the circulation copper pipe (3), circulation
Water pump (8), semiconductor cooler (9), blast pipe (10), pneumatic hose (11), blower (12), junction box (13), electrothermal resistance silk screen
(18), protective net (19), water tank (21) and air supply tube (22) are respectively positioned on support plate (17), variable diameter guide flow device (4), diversion pipe
(5) be located at below support plate (17) with header tank (6), the header tank (6) is placed in × shape angle steel (14) on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820781504.5U CN208765111U (en) | 2018-05-24 | 2018-05-24 | Combined type dehumidifying device in a kind of subway station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820781504.5U CN208765111U (en) | 2018-05-24 | 2018-05-24 | Combined type dehumidifying device in a kind of subway station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208765111U true CN208765111U (en) | 2019-04-19 |
Family
ID=66127047
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820781504.5U Active CN208765111U (en) | 2018-05-24 | 2018-05-24 | Combined type dehumidifying device in a kind of subway station |
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| Country | Link |
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| CN (1) | CN208765111U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108518765A (en) * | 2018-05-24 | 2018-09-11 | 中交二公局电务工程有限公司 | Combined type dehumidifying device and its dehumanization method and application in a kind of subway station |
-
2018
- 2018-05-24 CN CN201820781504.5U patent/CN208765111U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108518765A (en) * | 2018-05-24 | 2018-09-11 | 中交二公局电务工程有限公司 | Combined type dehumidifying device and its dehumanization method and application in a kind of subway station |
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