CN205677293U - Band fan twin flue water cycle temperature control bus platform - Google Patents
Band fan twin flue water cycle temperature control bus platform Download PDFInfo
- Publication number
- CN205677293U CN205677293U CN201620582888.9U CN201620582888U CN205677293U CN 205677293 U CN205677293 U CN 205677293U CN 201620582888 U CN201620582888 U CN 201620582888U CN 205677293 U CN205677293 U CN 205677293U
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- CN
- China
- Prior art keywords
- interlayer
- temperature control
- thermal insulation
- billboard
- insulation board
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- Expired - Fee Related
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Abstract
The utility model discloses a kind of band fan twin flue water cycle temperature control bus platform, including thermal insulation board, billboard, seat, temperature control circulating water pipe, solar panels, micro wind turbine generator, PLC control system, two fans and accumulator；Described solar panels are arranged on the end face of described thermal insulation board, and described micro wind turbine generator is arranged on above described solar panels；Described billboard and described seat are arranged on the inside of described thermal insulation board；Having interlayer on described thermal insulation board, two described fans are separately mounted in the interlayer of thermal insulation board, and interlayer on thermal insulation board and billboard are built with temperature control circulating water pipe；Have a jacking block on described billboard, described PLC control system and described accumulator be arranged in described jacking block.The bus platform that this utility model provides, equipped with solar panels, micro wind turbine generator and accumulator, makes full use of the natural resources；Water can reclaim, energy-conserving and environment-protective, provides a good environment of waiting for bus for passenger.
Description
Technical field
This utility model relates to a kind of bus platform.
Background technology
Public transport is townie important component part, and bus platform is the foundation of bus parking, and public transport stop board has become
For the requisite infrastructure in city, also it is beautiful scenery, one of city simultaneously.Existing bus platform is all unlimited
Formula, encounter the vile weathers such as rainy day, wait the people of bus can run into a lot of predicament: spray that running car band is crossed, wind
The problems such as rain is beaten, burning sun is exposed to the sun；Existing bus platform, without temperature control system, is an entirety with the external world, is formed without one
The space of individual relative closure, the environment that passenger's neither one of waiting for bus is good.
Utility model content
In order to overcome disadvantages mentioned above, this utility model provides a kind of band fan twin flue water cycle temperature control bus platform, bag
Include thermal insulation board, billboard, seat, temperature control circulating water pipe, solar panels, micro wind turbine generator, PLC control system, two wind
Fan and accumulator；Described solar panels are arranged on the end face of described thermal insulation board；Described micro wind turbine generator is installed
On described solar panels；Described billboard and described seat are arranged on the inside of described thermal insulation board；Described
The inside of billboard equipped with temperature control circulating water pipe；There is interlayer in six faces of described thermal insulation board, are respectively as follows: side first and press from both sides
Layer, side the second interlayer, side the 3rd interlayer, side the 4th interlayer, end face interlayer and bottom surface interlayer；Two described fans divide
It is not arranged on inside described side the second interlayer and side the 4th interlayer；Described side the second interlayer, side the 4th interlayer
Wire netting is used with the internal layer of described bottom surface interlayer；A dreg-containing disk is had below the wire netting of described bottom surface interlayer；Described
Dreg-containing disk can release from the side of described thermal insulation board；Described temperature control circulating water pipe is arranged on described thermal insulation board
In interlayer, below described dreg-containing disk；Having a jacking block on described billboard, the two ends of described jacking block have temperature control to follow
Ring water pipe, by the temperature control circulating water pipe in billboard and described side the first interlayer, the temperature control recirculated water of side the 3rd interlayer
Pipe connects；It is respectively arranged with a door on described side the second interlayer and described side the 4th interlayer, described door hangs with glue curtain；
Described PLC control system is arranged in described jacking block；
Described PLC control system includes temperature detect switch (TDS), temperature sensor, first-class gauge, second gauge, the first valve
Door and the second valve；Described temperature detect switch (TDS) is arranged in described jacking block；Described temperature sensor is arranged on described wide
Accuse in the temperature control circulating water pipe in board；Described first-class gauge and the first valve are arranged on temperature control in described end face interlayer and follow
The water inlet of ring water pipe, described first-class gauge is arranged on the inner side of the first described valve；Described second gauge and
The second described valve is arranged on the water inlet of temperature control circulating water pipe in described bottom surface interlayer, and described second gauge is installed
Inner side at the second described valve；Described accumulator is arranged in described jacking block, in the one of described PLC control system
Side；Described accumulator connects solar panels, micro wind turbine generator, PLC control system and fan.
Further, the water inlet of described end face interlayer temp circulating water pipe is used for into cold water；Described bottom surface
The water inlet of the temperature control circulating water pipe in interlayer is used for into hot water.
Further, the internal layer of described thermal insulation board uses the material of heat conduction to make, and outer layer uses athermanous material
Make；Described thermal insulation board is transparent.
Further, described billboard uses the material of heat conduction to make.
Further, two sides of described billboard there are several heat exchanging holes, the bottom of described billboard
Equipped with several mini-fans.
The band fan twin flue water cycle temperature control bus platform that this utility model provides, with fan, summer cooling rate
Faster；Having door and glue curtain, thermal insulation board uses transparent material simultaneously, had both facilitated people to pass in and out, and had not also interfered with passenger and obtain public affairs in time
Send to reach information；Equipped with solar panels and micro wind turbine generator and accumulator, take full advantage of natural resources, energy-saving ring
Protect；Water can be recycled, and improves the utilization rate of water；The internal layer of thermal insulation board uses the transparent material of heat conduction, can be preferably
Regulation internal temperature；With PLC control system.Realizing full Based Intelligent Control, automaticity is high；Cold water uses different with hot water
Water inlet, temperature regulation is in hgher efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of the bus platform that this utility model provides.
Fig. 2 is the side sectional view of the bus platform that this utility model provides.
Fig. 3 is the structural representation of the billboard of the bus platform that this utility model provides.
Fig. 4 is bus platform effusion meter and the scheme of installation of valve of this utility model offer.
Fig. 5 is the side sectional view of the billboard of the bus platform that this utility model provides.
In figure 101, thermal insulation board, 111, side the first interlayer, 121, side the second interlayer, 131, side the 3rd interlayer,
141, side the 4th interlayer, 151, end face interlayer, 161, bottom surface interlayer, 171, door, 271, glue curtain, 102, billboard, 112, top
Block, 122, heat exchanging holes, 132, mini-fan, 103, seat, 104, temperature control circulating water pipe, 105, solar panels, 106, miniature wind
Power generator, 107, PLC control system, 117, temperature detect switch (TDS), 127, temperature sensor, 137, first-class gauge, 237, second
Effusion meter, the 147, first valve, the 247, second valve, 109, wire netting, 110, fan, 120, accumulator.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model is described in further details.
As shown in Figure 1, Figure 2, Figure 3, Figure 4, the band fan twin flue water cycle temperature control bus platform that this utility model provides,
Including thermal insulation board 101, billboard 102, seat 103, temperature control circulating water pipe 104, solar panels 105, micro wind turbine generator
106, PLC control system 107, fan 110 and accumulator 120；Described solar panels 105 are arranged on described thermal insulation board 101
End face on；Described micro wind turbine generator 106 is arranged on above described solar panels 105；Described billboard 102
With the inside that described seat 103 is arranged on described thermal insulation board 101；The inside of described billboard 102 is circulated equipped with temperature control
Water pipe 104；There is interlayer in six faces of described thermal insulation board 101, are respectively as follows: side the first interlayer 111, side the second interlayer
121, side the 3rd interlayer 131, side the 4th interlayer 141, end face interlayer 151 and bottom surface interlayer 161；Two described fans
110 are separately mounted to described side the second interlayer 121 and side the 4th interlayer 141 inside；Described side the second interlayer
121, the internal layer of side the 4th interlayer 141 and described bottom surface interlayer 161 uses wire netting 109；Described bottom surface interlayer 161
A dreg-containing disk 108 is had below wire netting 109；Described dreg-containing disk 108 can be extracted out from the side of described thermal insulation board 101
Come；Described temperature control circulating water pipe 104 is arranged in the interlayer of described thermal insulation board 101, described dreg-containing disk 109 times
Face；A jacking block 112, the two ends of described jacking block 112 is had to have temperature control circulating water pipe 104, by advertisement on described billboard 102
Temperature control circulating water pipe 104 in board 102 and described side the first interlayer 111, the temperature control circulating water pipe of side the 3rd interlayer 131
104 connect；It is respectively arranged with a door 171, described door on described side the second interlayer 121 and described side the 4th interlayer 141
Glue curtain 271 is hung with on 171；Described PLC control system 107 is arranged in described jacking block 112；
Described PLC control system 107 includes temperature detect switch (TDS) 117, temperature sensor 127, first-class gauge 137, second
Effusion meter the 237, first valve 147 and the second valve 247；Described temperature detect switch (TDS) 117 is arranged in described jacking block 112；Institute
The temperature sensor 127 stated is arranged in the temperature control circulating water pipe 104 in described billboard 102；Described first-class gauge
137 and first valve 147 be arranged on the water inlet of temperature control circulating water pipe 104 in described end face interlayer 151, described is first-class
Gauge 137 is arranged on the inner side of the first described valve 147；Described second gauge 237 and the second described valve 247 are pacified
Being contained in the water inlet of temperature control circulating water pipe 104 in described bottom surface interlayer 161, described second gauge 237 is arranged on described
The inner side of the second valve 247；Described accumulator 120 is arranged in described jacking block 112, in described PLC control system
The side of 107；Described accumulator 120 connects described solar panels 105, micro wind turbine generator 106, PLC control system
107 and fan 110.
The water inlet of described end face interlayer 151 temp circulating water pipe 104 is used for into cold water；Described bottom surface interlayer
The water inlet of the temperature control circulating water pipe 104 in 161 is used for into hot water.
The internal layer of described thermal insulation board 101 uses the material of heat conduction to make, and outer layer uses athermanous material to make；Described
Thermal insulation board 101 be transparent.
Described billboard 102 uses the material of heat conduction to make；Several heat exchange are had on the side of described billboard 102
Hole 122, the bottom of described billboard 102 has several mini-fans 132, described heat exchanging holes 122 to be easy to described advertisement
The exchange of in board 102 and outside air, described mini-fan 132 accelerates the speed of air's exchange.
In summer, arranging a specified temperature and a specified water temperature in PLC control system 107, cold water presss from both sides from end face
The water inlet of the temperature control circulating water pipe 104 in layer 151 enters, the water inlet of the temperature control circulating water pipe 104 in bottom surface interlayer 161
Go out.Utilize the principle that cold air is heavier, the speed that air themperature reduces in thermal insulation board 101 can be accelerated.When water inlet, described
First-class gauge 137 detection enter temperature control circulating water pipe 104 the water yield, when the water yield reaches whole temperature control circulating water pipe 104
The first valve 147 after volume, described in closedown.Described temperature sensor 127 detects water in described temperature control circulating water pipe 104
Temperature, when cold water absorb heat, water temperature reach arrange specified water temperature time, PLC control system 107 is opened described second
Valve 247, the water yield that described second gauge 237 detection is flowed out, when the water yield reaches the volume of whole temperature control circulating water pipe 104
Time, the second valve 247 described in closedown, open the first described valve 147 simultaneously, start water inlet.Described temperature detect switch (TDS) 117
The temperature of air in thermal insulation board 101 described in detection, when temperature reaches the specified temperature arranged, the first valve described in closedown
147, the second valve 247, first-class gauge 137, second gauge 237；When the temperature in thermal insulation board 101 is specified higher than described
During temperature 5 DEG C, reopen above-mentioned valve and effusion meter.Cold water is provided by Running-water Company, and water temperature raises after discharging by heating installation
Company reclaims.
In winter, hot water enters from the water inlet of described bottom surface interlayer 161 temp circulating water pipe 104, from described
The water inlet of end face interlayer 151 temp circulating water pipe is discharged.Utilize the principle that hot-air is lighter, can accelerate described heat insulation
The speed that in plate 101, air themperature rises.When water inlet, the second described valve 247 is opened, and described effusion meter 237 detects
The water yield entered, the second valve 247 after the water yield reaches the volume of whole temperature control circulating water pipe 104, described in closedown.At PLC
Pre-setting a specified temperature and a specified water temperature in control system 107, described temperature sensor 127 detects described
Water temperature in temperature control circulating water pipe 107, when water temperature is reduced to stable water temperature, opens the first described valve 147, and simultaneously first
The water yield that effusion meter 137 detection is flowed out, when the water yield reaches the volume of described temperature control circulating water pipe 104, the described in closedown
One valve 147, opens the second described valve 247, starts water inlet.Described temperature detect switch (TDS) 117 detects described thermal insulation board 101
Interior temperature, when temperature reaches specified temperature, the first-class gauge 137 described in closedown, second gauge the 237, first valve
147 and second valve 247, when the temperature in thermal insulation board 101 is less than the specified temperature 5 DEG C arranged, reopen above-mentioned stream
Gauge and air cock, carry out water circulation.Hot water is provided by heating installation company, and cold water returns to Running-water Company after discharging.
In summer, it is also possible to open described fan 110；Fan 110 in winter, described in closedown.Described fan
110, PLC control system 107 and mini-fan 132 are provided electric energy by described accumulator 120 perhaps external power supply.
These are only this utility model preferred embodiment, therefore the scope that this utility model is implemented can not be limited according to this, i.e.
The equivalence change made according to this utility model description and decoration, all should belong in the range of this utility model covering.
Claims (5)
1. a band fan twin flue water cycle temperature control bus platform, it is characterised in that: include thermal insulation board, billboard, seat, control
Temperature circulating water pipe, solar panels, micro wind turbine generator, PLC control system, two fans and accumulator；Described solar energy
Plate is arranged on the end face of described thermal insulation board；Described micro wind turbine generator is arranged on above described solar panels；
Described billboard and described seat are arranged on the inside of described thermal insulation board；The inside of described billboard is followed equipped with temperature control
Ring water pipe；There is interlayer in six faces of described thermal insulation board, are respectively as follows: side the first interlayer, side the second interlayer, side the 3rd
Interlayer, side the 4th interlayer, end face interlayer and bottom surface interlayer；Two described fans are separately mounted to described side second and press from both sides
Inside layer and side the 4th interlayer；The internal layer of described side the second interlayer, side the 4th interlayer and described bottom surface interlayer is adopted
Use wire netting；A dreg-containing disk is had below the wire netting of described bottom surface interlayer；Described dreg-containing disk can be from described heat insulation
Release in the side of plate；Described temperature control circulating water pipe is arranged in the interlayer of described thermal insulation board, at described dreg-containing disk
Below；Having a jacking block on described billboard, there is temperature control circulating water pipe at the two ends of described jacking block, by the temperature control in billboard
Circulating water pipe is connected with described side the first interlayer, the temperature control circulating water pipe of side the 3rd interlayer；Described side second presss from both sides
It is respectively arranged with a door on layer and described side the 4th interlayer, described door hangs with glue curtain；Described PLC control system is arranged on
In described jacking block；
Described PLC control system include temperature detect switch (TDS), temperature sensor, first-class gauge, second gauge, the first valve and
Second valve；Described temperature detect switch (TDS) is arranged in described jacking block；Described temperature sensor is arranged on described billboard
In temperature control circulating water pipe in；Described first-class gauge and the first valve are arranged on temperature control recirculated water in described end face interlayer
The water inlet of pipe, described first-class gauge is arranged on the inner side of the first described valve；Described second gauge and described
The second valve be arranged on the water inlet of temperature control circulating water pipe in described bottom surface interlayer, described second gauge is arranged on institute
The inner side of the second valve stated；Described accumulator is arranged in described jacking block, in the side of described PLC control system；
Described accumulator connects solar panels, micro wind turbine generator, PLC control system and fan.
2. band fan twin flue water cycle temperature control bus platform as claimed in claim 1, it is characterised in that: described end face folder
The water inlet of layer temp circulating water pipe is used for into cold water；The water inlet of the described temperature control circulating water pipe in the interlayer of bottom surface is used for
Enter hot water.
3. band fan twin flue water cycle temperature control bus platform as claimed in claim 1, it is characterised in that: described thermal insulation board
Internal layer use heat conduction material make, outer layer use athermanous material make；Described thermal insulation board is transparent.
4. band fan twin flue water cycle temperature control bus platform as claimed in claim 1, it is characterised in that: described billboard
The material using heat conduction is made.
5. band fan twin flue water cycle temperature control bus platform as claimed in claim 1, it is characterised in that: described billboard
Two sides on have several heat exchanging holes, the bottom of described billboard is equipped with several mini-fans.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620582888.9U CN205677293U (en) | 2016-06-16 | 2016-06-16 | Band fan twin flue water cycle temperature control bus platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620582888.9U CN205677293U (en) | 2016-06-16 | 2016-06-16 | Band fan twin flue water cycle temperature control bus platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205677293U true CN205677293U (en) | 2016-11-09 |
Family
ID=57433555
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620582888.9U Expired - Fee Related CN205677293U (en) | 2016-06-16 | 2016-06-16 | Band fan twin flue water cycle temperature control bus platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205677293U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105937312A (en) * | 2016-06-16 | 2016-09-14 | 王利华 | Double-pipe water-circulation-temperature-control bus station with fans |
-
2016
- 2016-06-16 CN CN201620582888.9U patent/CN205677293U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105937312A (en) * | 2016-06-16 | 2016-09-14 | 王利华 | Double-pipe water-circulation-temperature-control bus station with fans |
| CN105937312B (en) * | 2016-06-16 | 2018-08-21 | 王利华 | Band fan twin flue water cycle temperature control bus platform |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161109 Termination date: 20180616 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |